Ctrlk
Home
For the complete documentation index, see llms.txt. This page is also available as Markdown.

IX. PRODUCTION

Nexus Foundry production model for rails, packs, profiles, schemas, connectors, dashboards, deployment units, and governed production pathways.

This page defines the Nexus Foundry production model. It explains how architecture becomes governed Foundry objects, rails, packs, profiles, schemas, connectors, dashboards, and deployment units so production stays modular, reviewable, support-aware, localizable, correctionable, and non-executing until lawful handoff.

Summary

  • Nexus Foundry turns architecture into governed production objects with clear records, boundaries, and lifecycle control.

  • Production is organized through rails, packs, profiles, schemas, connectors, dashboards, and deployment units so outputs remain reusable, localizable, and support-aware.

  • No production object creates procurement, finance, consent, deployment, or execution authority by implication.

Read this with

Use NEXUS FOUNDRY for the system overview, VIII. ARCHITECTURE for the reference architecture, and X. OPERATIONS for intake, backlog, quests, bounties, builds, and maintainer workflows.

Continue with XII. EVIDENCE, XIII. READINESS, and XIV. RELEASE to follow how production outputs are reviewed, prepared, and released.

Use XVIII. HANDOFF, XIX. SAFEGUARDS, and XXII. LIFECYCLE to track lawful continuation, boundary protection, and long-term stewardship.

In this production model

46. Foundry Object Taxonomy

46.1 Rails

46.1.1 Rail Identity. Rails shall be governed routing, workflow, status, review, handoff, correction, and lifecycle pathways through which Foundry work moves from intake to production, review, release, support, Marketplace discovery, Registry memory, Studio preparation, national routing, lawful handoff preparation, non-continuation, teardown, or archive. Rails shall make the movement of work visible, repeatable, reviewable, and correctionable.

46.1.2 Rail Purpose. Rails shall prevent Foundry work from moving informally through personal judgment, sponsor pressure, provider influence, event momentum, public authority ambiguity, finance-reader interest, media visibility, or technical convenience. A Rail shall define the required sequence, records, roles, reviews, dependencies, status changes, and boundary conditions for a defined class of work.

46.1.3 Rail Classes. Foundry Rails may include Intake Rails, Evidence Rails, Build Rails, Review Rails, Release Rails, Public-Safe Publication Rails, Marketplace Rails, Registry Rails, Studio Rails, Observatory Rails, DRI Rails, GRIx Rails, National Routing Rails, Academy-to-Foundry Rails, Competence Cell Rails, Readiness Rails, Safeguard Rails, AI Workflow Rails, Secure-Room Rails, Handoff Dependency Rails, Correction Rails, Non-Continuation Rails, Teardown Rails, and Archive Rails.

46.1.4 Rail Record. Each Rail shall have a Rail Record identifying rail name, purpose, object classes covered, entry conditions, required records, required reviewers, required controls, data conditions, security conditions, public-safe conditions, national routing conditions, support conditions, exit conditions, prohibited shortcuts, correction pathway, archive rule, and prohibited interpretations.

46.1.5 Rail Status. Movement along a Rail shall not itself create approval. An object may be in intake, under review, paused, conditionally routed, restricted, release-candidate, support-review, public-safe-review, Marketplace-review, Registry-review, Studio-preparation, handoff-review, correction, non-continuation, teardown, or archive status. Each status shall mean only what the record states.

46.1.6 Rail Boundary. A Rail shall not create public authority approval, procurement status, financeability, insurability, provider validation, community consent, Indigenous consent where applicable, deployment authorization, operational command, or execution authority. It creates disciplined movement through Foundry processes, not external legal effect.

46.1.7 Rail Correction. Rails shall be corrected where work is misrouted, reviews are skipped, national pathways are bypassed, public-safe review fails, support status is unclear, handoff dependencies are omitted, provider capture appears, sponsor pressure distorts sequencing, or Rail status is used as approval or execution claim.

46.1.8 Rail Formula. Rails shall follow the formula: define the pathway; record every status; route by conditions; prevent shortcuts; correct misrouting; never let movement along a rail become approval, consent, deployment, or execution.

46.2 Packs

46.2.1 Pack Identity. Packs shall be modular Foundry Objects that bundle related materials, methods, schemas, tools, templates, dashboards, connectors, agents, evidence products, readiness products, safeguard products, public-safe materials, Studio patterns, Marketplace metadata, Registry references, support notes, and correction pathways for repeatable use within a defined public-good purpose. A Pack shall be an organized production object, not an endorsement, procurement bundle, or deployment authorization.

46.2.2 Pack Purpose. Packs shall convert repeated Foundry work into structured, reusable, localizable, supportable, reviewable, and correctionable units. They shall reduce duplication, support National Portfolio formation, enable Nexus Universe and Core Build reuse, support Academy pathways, accelerate Competence Cell work, and create consistent public-good production baselines.

46.2.3 Pack Classes. Packs may include Evidence Packs, Observatory Packs, DRI Packs, GRIx Context Packs, National Portfolio Packs, Public Authority Learning Packs, Readiness Packs, Safeguard Packs, Data Governance Packs, AI Workflow Packs, Agent Packs, Dashboard Packs, Connector Packs, Studio Packs, Marketplace Preparation Packs, Registry Record Packs, Public-Safe Publication Packs, Handoff Dependency Packs, Support Packs, Correction Packs, and Archive Packs.

46.2.4 Pack Record. Each Pack shall have a Pack Record identifying pack name, purpose, version, steward, included objects, source records, dependencies, data requirements, compute requirements, AI systems where applicable, security requirements, public-safe status, support status, national localization pathway, license or terms, intended users, prohibited uses, correction pathway, retirement rule, archive rule, and prohibited interpretations.

46.2.5 Pack Composition. A Pack may include objects with different support, sensitivity, data, security, AI, or localization conditions. The Pack Record shall identify whether the Pack is fully supported, partially supported, experimental, restricted, national-only, secure-room-only, Studio-only, Marketplace-candidate, Registry-recorded, handoff-adjacent, deprecated, withdrawn, or archived.

46.2.6 Pack Localization. Packs may be localized through Profiles for national law, language, data residency, public authority structures, community safeguards, Indigenous protocols where applicable, infrastructure conditions, public-safe communication, and lawful handoff dependencies. Localization shall preserve lineage and correction links.

46.2.7 Pack Boundary. Pack release, use, Marketplace listing, Registry presence, Studio availability, or Nexus Universe display shall not create certification, procurement status, financeability, insurability, public authority approval, community consent, Indigenous consent where applicable, deployment authorization, or execution authority.

46.2.8 Pack Correction. Packs shall be corrected where included objects become stale, dependencies fail, data rules change, public-safe language becomes unsafe, support lapses, national localization fails, AI workflows drift, or pack use creates overclaim or execution implication.

46.2.9 Pack Formula. Packs shall follow the formula: bundle repeatable work; identify dependencies; support localization; state limits; correct components and compositions; never let a pack become a certified solution or deployment mandate.

46.3 Profiles

46.3.1 Profile Identity. Profiles shall be recorded adaptations of Foundry baselines, Rails, Packs, schemas, workflows, dashboards, agents, Studio runtime packages, Marketplace metadata, Registry structures, readiness templates, safeguard templates, and handoff templates for a defined national, regional, sectoral, institutional, data, security, public authority, community, Indigenous protocol-sensitive where applicable, language, or enterprise-interface context.

46.3.2 Profile Purpose. Profiles shall allow Foundry objects to be localized and contextualized without silently forking the common rail. They shall identify what is adapted, why it is adapted, what baseline remains controlling, what dependencies apply, what local conditions matter, and what cannot be claimed.

46.3.3 Profile Classes. Profiles may include National Profiles, Regional Profiles, Sector Profiles, Public Authority Learning Profiles, Data Residency Profiles, Sovereign Compute Profiles, Secure-Room Profiles, Community Safeguard Profiles, Indigenous Protocol Profiles where applicable, Accessibility Profiles, Language Profiles, Marketplace Profiles, Registry Profiles, Studio Profiles, Readiness Profiles, Handoff Profiles, and Enterprise Extension Profiles.

46.3.4 Profile Record. Each Profile shall have a Profile Record identifying profile name, baseline object, version, context, adaptation rationale, adapted fields, unchanged fields, data rules, public authority dependencies, safeguard conditions, language and accessibility needs, support status, compatibility notes, migration notes, correction pathway, archive rule, and prohibited interpretations.

46.3.5 Profile Governance. Profiles shall be reviewed proportionate to risk. Profiles affecting national routing, public authority language, finance-readiness language, procurement sensitivity, consent boundaries, protected knowledge, Indigenous protocols where applicable, health, infrastructure, cyber, AI workflows, Marketplace display, Registry status, Studio runtime, or handoff shall require heightened review.

46.3.6 Profile Compatibility. Profiles shall preserve object identity, controlled vocabulary, version lineage, correction links, support status, public-safe limits, and no-conversion language unless a competent record permits a defined change. Profile divergence shall be explicit.

46.3.7 Profile Boundary. A Profile shall not create government approval, public authority adoption, legal compliance, procurement status, financeability, insurability, community consent, Indigenous consent where applicable, deployment authorization, or execution authority. It describes contextual adaptation only.

46.3.8 Profile Correction. Profiles shall be corrected where national context is wrong, legal assumptions change, language misstates boundaries, safeguards fail, Indigenous protocols are missed where applicable, public authority meaning is overclaimed, or profile adaptation is mistaken for approval or authorization.

46.3.9 Profile Formula. Profiles shall follow the formula: adapt with record; preserve lineage; state local conditions; review high-risk changes; correct context errors; never let localization become approval or forked authority.

46.4 Schemas

46.4.1 Schema Identity. Schemas shall be governed structures defining data fields, object fields, metadata, controlled vocabulary, validation rules, status classes, record elements, interface expectations, interoperability rules, and machine-readable or human-readable formats used by Foundry objects, Packs, connectors, dashboards, agents, Marketplace listings, Registry records, Studio packages, Observatory outputs, National Portfolios, readiness products, safeguard products, and handoff packages.

46.4.2 Schema Purpose. Schemas shall create semantic interoperability and reduce ambiguity. They shall make Foundry work repeatable, searchable, verifiable, localizable, supportable, and correctionable. Schemas shall preserve meaning across global, regional, national, technical, public-safe, and enterprise-adjacent contexts.

46.4.3 Schema Classes. Schemas may include Object Schemas, Dataset Schemas, Evidence Schemas, Observatory Schemas, DRI Schemas, GRIx Schemas, Indicator Schemas, Dashboard Schemas, Connector Schemas, Agent Schemas, Studio Runtime Schemas, Marketplace Metadata Schemas, Registry Record Schemas, TRL Input Schemas, Readiness Schemas, Safeguard Schemas, Handoff Dependency Schemas, Support Schemas, Correction Schemas, Archive Schemas, and Profile Schemas.

46.4.4 Schema Record. Each Schema shall have a Schema Record identifying schema name, purpose, version, steward, fields, required elements, optional elements, controlled vocabulary, validation rules, compatibility notes, data sensitivity implications, localization rules, support status, change-control pathway, correction pathway, retirement rule, archive rule, and prohibited interpretations.

46.4.5 Schema Versioning. Material schema changes shall be versioned. Changes affecting status fields, public-safe fields, national routing fields, support fields, data-class fields, AI fields, public authority fields, finance-readiness fields, procurement-sensitive fields, consent fields, deployment fields, or handoff fields shall require heightened change control.

46.4.6 Schema Validation. Schema validation shall confirm conformance to structure. It shall not confirm substantive truth, evidence adequacy, public authority approval, financeability, procurement suitability, consent, deployment readiness, or execution authority. A valid schema means the record is structurally usable, not substantively approved.

46.4.7 Schema Localization. Schemas may allow national, regional, language, legal, public authority, safeguard, Indigenous protocol-sensitive where applicable, and sector extensions. Extensions shall preserve baseline compatibility unless a recorded fork or supersession is approved.

46.4.8 Schema Correction. Schemas shall be corrected where fields mislead, controlled vocabulary drifts, validation creates false authority, localization breaks compatibility, public-safe terms are unsafe, or schema conformance is used as certification, approval, finance, procurement, consent, deployment, or execution claim.

46.4.9 Schema Formula. Schemas shall follow the formula: structure meaning; version changes; validate form without overclaiming substance; localize with compatibility; correct semantic drift; never let schema validity become institutional approval.

46.5 Connectors

46.5.1 Connector Identity. Connectors shall be governed technical interfaces that allow Foundry systems, data sources, repositories, dashboards, agents, Studio packages, Marketplace systems, Registry systems, Observatory Nodes, Edge environments, secure rooms, compute-to-data environments, National Nodes, public authority learning rooms, or handoff-preparation systems to exchange data, metadata, signals, records, or controlled outputs. A Connector shall connect systems; it shall not create permission to use data or authority to act.

46.5.2 Connector Purpose. Connectors shall support interoperability, controlled data movement, Observatory integration, Edge synchronization, AI retrieval, dashboard updates, Registry references, Marketplace metadata, Studio workflows, public-safe publication, readiness mapping, support workflows, correction, and archive.

46.5.3 Connector Classes. Connectors may include Data Connectors, API Connectors, Repository Connectors, Dashboard Connectors, AI Retrieval Connectors, Agent Tool Connectors, Observatory Connectors, Edge Connectors, GIS Connectors, Earth Observation Connectors, Secure-Room Connectors, No-Download Connectors, Compute-to-Data Connectors, Marketplace Connectors, Registry Connectors, Studio Connectors, National Node Connectors, and Handoff Connectors.

46.5.4 Connector Record. Each Connector shall have a Connector Record identifying connector name, purpose, source, destination, data classes, access roles, authentication method, authorization basis, permitted operations, prohibited operations, rate limits, logging where appropriate, security controls, residency implications, output-review requirements, support status, teardown rule, correction pathway, archive rule, and prohibited interpretations.

46.5.5 Connector Security. Connectors shall be governed by least privilege, secrets management, key control, certificate control where applicable, egress controls, monitoring where appropriate, input validation, output review, vulnerability management, and teardown. Connectors shall not expose uncontrolled APIs, raw data, protected knowledge, public authority-sensitive data, or privileged operations by default.

46.5.6 Connector Provider Neutrality. Provider-supplied or partner-supplied connectors shall not validate providers, create preferred status, approve technology, establish procurement preference, or authorize Marketplace listing beyond review. Connector contribution is input, not endorsement.

46.5.7 Connector Boundary. Connector availability, successful synchronization, API response, dashboard update, or Studio integration shall not create data permission, publication permission, public authority approval, procurement status, financeability, consent, deployment authorization, operational command, or execution authority.

46.5.8 Connector Correction. Connectors shall be corrected, restricted, suspended, disconnected, patched, retired, or archived where data class changes, permission changes, source terms change, vulnerability appears, output review fails, egress risk appears, provider capture appears, or connector outputs are used as authority.

46.5.9 Connector Formula. Connectors shall follow the formula: connect only by record; authenticate and authorize narrowly; move only permitted data; review outputs; disclose dependencies; disconnect on drift; never let connection become permission or command.

46.6 Agents

46.6.1 Agent Identity. Agents shall be AI-enabled or workflow-enabled Foundry Objects capable of assisting, retrieving, drafting, classifying, routing, testing, reviewing, summarizing, comparing, monitoring, correcting, archiving, or using tools within bounded configurations. Agents shall be assistants and workflow actors within record; they shall not become hidden authorities.

46.6.2 Agent Purpose. Agents may support evidence review, repository work, code assistance, testing, documentation, public-safe drafting, translation, accessibility, Observatory work, DRI work, GRIx work, dashboard interpretation, readiness mapping, safeguard support, Marketplace metadata, Registry support, Studio workflows, support triage, correction detection, and archive preparation.

46.6.3 Agent Classes. Agents may include Drafting Agents, Evidence Agents, Retrieval Agents, Code Agents, Test Agents, Documentation Agents, Observatory Agents, DRI Agents, GRIx Agents, Readiness Agents, Safeguard Agents, Public-Safe Review-Support Agents, Marketplace Agents, Registry Agents, Studio Agents, Support Agents, Correction Agents, Archive Agents, and Secure-Room-Only Agents.

46.6.4 Agent Record. Each Agent shall have an Agent Record identifying agent name, purpose, version, steward, model dependencies, system dependencies, tool permissions, data permissions, autonomy level, memory rules, allowed actions, prohibited actions, human approval points, output-review requirements, public-safe limits, logging rules where appropriate, support status, shutdown triggers, correction pathway, archive rule, and prohibited claims.

46.6.5 Agent Autonomy. Agent autonomy shall be narrow, explicit, reviewable, and revocable. Higher autonomy shall require stronger tool restrictions, sandboxing, monitoring where appropriate, human authorization, output review, and shutdown conditions. Agents shall not inherit unrestricted human permissions.

46.6.6 Agent Output. Agent output shall remain draft, candidate, support, signal, or review material unless adopted by competent process. Agent output shall not change Registry status, approve Marketplace listing, activate Studio runtime, assign TRL status, issue public notice, grant access, send official communications, approve finance, recommend procurement, infer consent, authorize deployment, or execute.

46.6.7 Agent Boundary. Agent existence, configuration, Marketplace discovery, Registry reference, Studio use, or successful task completion shall not create AI certification, public authority approval, procurement status, financeability, insurability, consent, deployment authorization, operational command, or execution authority.

46.6.8 Agent Correction. Agents shall be corrected, restricted, suspended, or retired where they hallucinate, exceed tools, leak data, overclaim authority, ignore public-safe rules, bypass review, mishandle protected knowledge, misroute work, manipulate records, or create reliance risk.

46.6.9 Agent Formula. Agents shall follow the formula: define the task narrowly; restrict tools and data; require human review for material outputs; prevent unsupported claims; shut down on drift; never let an agent decide or execute by itself.

46.7 Dashboards

46.7.1 Dashboard Identity. Dashboards shall be governed visual, interactive, analytic, public-safe, operational-support, learning, simulation, Observatory, Studio, Marketplace, Registry, National Portfolio, readiness, safeguard, or support interfaces that display data, indicators, telemetry, geospatial layers, confidence labels, uncertainty labels, drift labels, records, status, or workflow outputs. Dashboards shall display bounded information; they shall not decide.

46.7.2 Dashboard Purpose. Dashboards may support evidence interpretation, public-good observability, public authority learning, National Portfolio development, DRI and GRIx context, Studio demonstrations, readiness mapping, safeguard tracking, support monitoring, Marketplace discovery, Registry status display, and correction visibility.

46.7.3 Dashboard Classes. Dashboards may include Observatory Dashboards, DRI Dashboards, GRIx Dashboards, National Portfolio Dashboards, Public Authority Learning Dashboards, Studio Dashboards, Marketplace Dashboards, Registry Dashboards, Support Dashboards, Correction Dashboards, Archive Dashboards, Secure-Room Dashboards, No-Download Dashboards, Public-Safe Dashboards, and Demonstration Dashboards.

46.7.4 Dashboard Record. Each Dashboard shall have a Dashboard Record identifying dashboard name, purpose, audience, source data, indicators, version, refresh cadence, data class, public-safe class, access class, confidence labels, uncertainty labels, drift labels, support status, output-review requirements, correction pathway, retirement rule, archive rule, and prohibited interpretations.

46.7.5 Dashboard Design Controls. Dashboard design shall avoid false precision, warning-like design, rating-like design, ranking overclaim, public authority confusion, finance or insurance implication, procurement implication, provider validation, consent implication, deployment implication, and execution implication. Colors, symbols, thresholds, labels, rankings, and map layers shall be public-safe and claims-safe.

46.7.6 Dashboard Freshness and Support. Dashboards shall display or record freshness, update cadence, support status, data gaps, known limitations, and correction status where material. Stale dashboards shall not appear current. Demonstration dashboards shall not appear operational.

46.7.7 Dashboard Boundary. Dashboard display shall not create public warning, public authority classification, compliance status, procurement status, financeability, insurability, consent, deployment authorization, operational command, or execution authority.

46.7.8 Dashboard Correction. Dashboards shall be corrected, restricted, withdrawn, paused, redesigned, retired, or archived where data becomes stale, visualization misleads, sensitive information is exposed, public-safe language fails, support lapses, or dashboards are used as authority.

46.7.9 Dashboard Formula. Dashboards shall follow the formula: visualize with provenance; label uncertainty and freshness; restrict sensitive layers; avoid warning and rating overclaim; correct misleading displays; never let visualization become decision authority.

46.8 Evidence Products

46.8.1 Evidence Product Identity. Evidence Products shall be governed Foundry Objects that organize data, methods, analysis, provenance, uncertainty, validation, review notes, source references, limitations, and correction pathways into evidence-bearing materials. Evidence Products may support learning, review, readiness mapping, public-safe publication, Observatory work, National Portfolios, Studio workflows, Marketplace context, Registry memory, and handoff dependency packages.

46.8.2 Evidence Product Purpose. Evidence Products shall convert fragmented information into structured, reviewable, traceable, and correctionable records. They shall make claims more disciplined and decisions by competent actors more informed without becoming decisions themselves.

46.8.3 Evidence Product Classes. Evidence Products may include Evidence Packs, Method Records, Benchmark Cards, System Cards, Model Cards, Dataset Cards, Data Quality Notes, Observatory Evidence Notes, DRI Evidence Notes, GRIx Context Notes, Simulation Evidence Notes, Digital Twin Evidence Notes, Public Authority Learning Evidence Notes, Readiness Evidence Notes, Safeguard Evidence Notes, Public-Safe Evidence Summaries, and Handoff Evidence Annexes.

46.8.4 Evidence Product Record. Each Evidence Product shall have an Evidence Product Record identifying evidence question, source records, data sources, methods, assumptions, analysis, reviewer, uncertainty, limitations, confidence, data class, public-safe class, support status, intended uses, prohibited uses, correction pathway, archive rule, and prohibited interpretations.

46.8.5 Evidence Quality. Evidence Products shall identify quality, gaps, uncertainty, bias, representativeness limits, temporal limits, spatial limits, method limits, source restrictions, validation status, and review status. Weak evidence shall be labeled rather than hidden.

46.8.6 Evidence Without Approval. Evidence Products shall not create certification, validation for all purposes, public authority approval, procurement status, financeability, insurability, consent, deployment authorization, or execution authority. Evidence informs review; it does not replace competent authority.

46.8.7 Evidence Product Correction. Evidence Products shall be corrected where sources change, methods fail, data quality changes, uncertainty is understated, public-safe language overclaims, or evidence is used as approval, finance, procurement, consent, deployment, or execution claim.

46.8.8 Evidence Product Formula. Evidence Products shall follow the formula: assemble evidence with provenance; state method and limits; review uncertainty; correct when facts change; never let evidence become authority beyond record.

46.9 Readiness Products

46.9.1 Readiness Product Identity. Readiness Products shall be governed Foundry Objects that map dependencies, questions, gaps, conditions, assumptions, support needs, legal pathways, public authority interfaces, procurement sensitivities, finance-reader questions, insurance-reader questions, donor-reader questions, public finance relevance questions, safeguard conditions, data requirements, cyber requirements, national routing, and lawful handoff conditions. Readiness Products shall structure readiness without creating finance, procurement, approval, consent, deployment, or execution.

46.9.2 Readiness Product Purpose. Readiness Products shall help competent actors understand what remains unresolved before continuation, public authority engagement, finance-reader review, insurance-reader review, donor-reader review, public finance relevance review, enterprise extension, National Consortium Company engagement, Project SPV preparation, or lawful handoff.

46.9.3 Readiness Product Classes. Readiness Products may include Readiness Notes, Dependency Maps, Readiness Question Records, National Readiness Maps, TRL Input Notes, Support Readiness Notes, Data Readiness Notes, Cyber Readiness Notes, AI Readiness Notes, Public Authority Dependency Notes, Finance-Readiness Question Notes, Insurance-Readiness Question Notes, Donor-Readiness Notes, Public Finance Relevance Notes, SPV-Readiness Notes, and Handoff Readiness Notes.

46.9.4 Readiness Product Record. Each Readiness Product shall have a Readiness Product Record identifying object, readiness purpose, evidence basis, assumptions, dependencies, unresolved gaps, data conditions, security conditions, public authority dependencies, legal dependencies, procurement dependencies, finance and insurance dependencies, donor and public finance dependencies, safeguard dependencies, national routing, support status, no-reliance limits, correction pathway, archive rule, and prohibited claims.

46.9.5 No-Reliance Discipline. Readiness Products used with capital readers, insurers, donors, public finance actors, or enterprise actors shall be no-reliance, non-advisory, non-soliciting, non-transactional, non-underwriting, non-commitment, competition-compliant, confidentiality-aware, and regulated-perimeter controlled.

46.9.6 Readiness Without Finance or Approval. Readiness Products shall not create investment advice, bankability, financeability, insurability, underwriting acceptance, donor approval, public finance approval, procurement readiness, public authority approval, legal compliance, consent, deployment authorization, or execution authority.

46.9.7 Readiness Product Correction. Readiness Products shall be corrected where dependencies are omitted, assumptions change, public authority pathways change, finance language overclaims, procurement language overclaims, safeguards become incomplete, national routing is bypassed, or products are used as transaction signals.

46.9.8 Readiness Product Formula. Readiness Products shall follow the formula: map dependencies; frame questions; preserve no-reliance; route to competent actors; correct changed assumptions; never convert readiness into finance, approval, consent, deployment, or execution.

46.10 Safeguard Products

46.10.1 Safeguard Product Identity. Safeguard Products shall be governed Foundry Objects that identify, structure, record, review, mitigate, monitor, correct, and archive safeguards relating to people, rights, communities, Indigenous peoples and institutions where applicable, data, privacy, cyber, AI, protected knowledge, accessibility, public-safe meaning, infrastructure sensitivity, public authority sensitivity, health sensitivity, environmental sensitivity, and lawful handoff conditions.

46.10.2 Safeguard Product Purpose. Safeguard Products shall ensure that Foundry production does not proceed as though technical usefulness alone is sufficient. They shall make risks, affected actors, protections, permissions, restrictions, public-safe conditions, and correction pathways visible before publication, Studio use, Marketplace listing, Registry display, readiness mapping, national routing, or handoff.

46.10.3 Safeguard Product Classes. Safeguard Products may include Safeguard Records, Privacy Notes, Cyber Safeguard Notes, AI Safeguard Notes, Protected Knowledge Notes, Indigenous Protocol Notes where applicable, Community Safeguard Notes, Accessibility Notes, Public-Safe Communication Notes, Health Data Safeguard Notes, Infrastructure Sensitivity Notes, Geospatial Sensitivity Notes, Public Authority Boundary Notes, Consent Boundary Notes, and Handoff Safeguard Notes.

46.10.4 Safeguard Product Record. Each Safeguard Product shall have a Safeguard Product Record identifying affected object, safeguard domain, affected actors, data class, sensitivity class, risk pathway, required controls, permissions required where applicable, Indigenous protocols where applicable, access restrictions, publication restrictions, output-review requirements, national routing, correction pathway, archive rule, and prohibited interpretations.

46.10.5 Participation Without Consent. Safeguard Products shall preserve that participation by communities, public-interest actors, civil society, public authorities, or Indigenous participants where applicable shall not create consent, protected knowledge permission, rights waiver, public authority approval, or implementation authorization unless separately and lawfully recorded.

46.10.6 Safeguard Review. Safeguard Products shall be reviewed before high-risk public release, Marketplace listing, Registry display, Studio runtime, public authority learning, readiness mapping, finance-reader use, insurance-reader use, National Portfolio use, or handoff where affected rights, sensitive data, protected knowledge, or public-safe meaning are implicated.

46.10.7 Safeguard Product Boundary. Safeguard Products shall not create consent, legal compliance certification, public authority approval, deployment authorization, or execution authority. Safeguard review identifies and manages conditions; it does not replace lawful permissions.

46.10.8 Safeguard Product Correction. Safeguard Products shall be corrected where affected actors are missed, protected knowledge is exposed, Indigenous protocols are missed where applicable, accessibility fails, consent is implied without record, public-safe language stigmatizes, or safeguard review is treated as approval.

46.10.9 Safeguard Product Formula. Safeguard Products shall follow the formula: identify affected people and knowledge; classify risk; require controls before exposure; preserve consent boundaries; correct safeguard failures; never let safeguard review become consent or approval.

46.11 Deployment Units

46.11.1 Deployment Unit Identity. Deployment Units shall be packaged technical objects that may include code, containers, configuration, infrastructure templates, connectors, dashboards, agents, schemas, data requirements, runtime instructions, support notes, security notes, and handoff dependencies prepared for possible deployment by a competent lawful actor outside default Foundry execution. A Deployment Unit shall be deployment-capable in structure, not deployment-authorized by status.

46.11.2 Deployment Unit Purpose. Deployment Units shall help lawful implementation actors understand how a technical object could be deployed under proper conditions. They shall reduce ambiguity, improve safety, identify dependencies, and support handoff discipline without enabling unauthorized deployment.

46.11.3 Deployment Unit Classes. Deployment Units may include Demonstration Deployment Units, Studio Deployment Units, Secure-Room Deployment Units, National Deployment-Preparation Units, Edge Deployment-Preparation Units, Observatory Deployment-Preparation Units, Dashboard Deployment Units, Connector Deployment Units, Agent Deployment Units, Infrastructure Template Units, Handoff Deployment Units, Restricted Deployment Units, and Retired Deployment Units.

46.11.4 Deployment Unit Record. Each Deployment Unit shall have a Deployment Unit Record identifying source object, version, package contents, dependencies, infrastructure requirements, data requirements, security requirements, AI requirements where applicable, support requirements, public authority dependencies, procurement dependencies, finance and insurance dependencies, safeguard dependencies, consent dependencies, national routing, license or terms, permitted uses, prohibited uses, correction pathway, archive rule, and prohibited claims.

46.11.5 Deployment Unit Review. Deployment Units shall be reviewed for security, configuration, secrets, data handling, AI behavior, provider dependency, supportability, public-safe language, safeguard conditions, national routing, and handoff dependencies. Deployment templates shall not contain live credentials or uncontrolled external calls.

46.11.6 Deployment Unit Without Deployment Authorization. A Deployment Unit shall not authorize deployment, operation, procurement, finance, insurance, public authority use, community consent, Indigenous consent where applicable, data transfer, protected knowledge use, contract execution, National Consortium Company action, Project SPV action, or field implementation. It is preparation material only.

46.11.7 Deployment Unit Correction. Deployment Units shall be corrected, restricted, withdrawn, or archived where dependencies change, vulnerabilities appear, data rules change, support lapses, configuration is unsafe, public-safe language overclaims, or recipients treat the unit as deployment authority.

46.11.8 Deployment Unit Formula. Deployment Units shall follow the formula: package for possible lawful use; state dependencies and limits; exclude secrets; require competent deployment pathways; correct unsafe packages; never let deployable form become deployment permission.

46.12 Marketplace Objects

46.12.1 Marketplace Object Identity. Marketplace Objects shall be Foundry Objects prepared, described, categorized, and displayed for governed discovery through Nexus Marketplace or equivalent discovery surfaces. Marketplace Objects may include Packs, connectors, agents, dashboards, schemas, evidence tools, Observatory modules, Studio packages, public-safe materials, readiness templates, safeguard tools, and support resources.

46.12.2 Marketplace Object Purpose. Marketplace Objects shall help authorized users find reusable public-good materials while preserving status truth, support limits, public-safe boundaries, provider neutrality, and correction pathways. Discovery shall not become endorsement.

46.12.3 Marketplace Object Classes. Marketplace Objects may be public-good listing objects, controlled listing objects, national listing objects, regional listing objects, Studio-linked objects, support-limited objects, restricted-access objects, deprecated objects, withdrawn objects, archived objects, and handoff-dependency listing objects.

46.12.4 Marketplace Object Record. Each Marketplace Object shall have a Marketplace Object Record identifying object, version, listing class, description, steward, license or terms, support status, dependency notes, security notes, data requirements, AI notes where applicable, Registry reference, Studio reference where applicable, national localization status, access conditions, prohibited uses, correction pathway, delisting pathway, archive rule, and prohibited claims.

46.12.5 Marketplace Object Review. Marketplace Objects shall be reviewed for accurate metadata, public-safe wording, support status, dependency disclosure, security concerns, AI concerns, data requirements, provider-neutrality, sponsor influence, national routing, public authority overclaim, finance overclaim, procurement implication, consent implication, deployment implication, and execution implication.

46.12.6 Marketplace Object Boundary. Marketplace Object listing shall not create recognition, certification, procurement preference, financeability, insurability, public authority approval, provider validation, community consent, Indigenous consent where applicable, deployment authorization, or execution authority.

46.12.7 Marketplace Object Correction. Marketplace Objects shall be corrected, restricted, suspended, delisted, deprecated, withdrawn, or archived where object status changes, support lapses, security issues arise, public-safe language fails, provider or sponsor overclaim appears, or users misunderstand listing as approval.

46.12.8 Marketplace Object Formula. Marketplace Objects shall follow the formula: prepare for discovery; display status and limits; link to Registry truth; preserve neutrality; delist on risk; never let listing become endorsement or procurement.

46.13 Registry Objects

46.13.1 Registry Object Identity. Registry Objects shall be Foundry Objects recorded in Nexus Registry or equivalent status-truth and memory surfaces. Registry Objects may include source objects, releases, support records, correction records, public notices, Marketplace references, Studio references, TRL inputs, National Profiles, Handoff Dependency Packages, retired objects, withdrawn objects, and archive records.

46.13.2 Registry Object Purpose. Registry Objects shall preserve official Foundry status within record, including identity, version, release class, support class, correction history, public-safe status, Marketplace relationship, Studio relationship, national localization, archive status, and prohibited interpretations. Registry Objects shall prevent informal status drift.

46.13.3 Registry Object Classes. Registry Objects may include Object Identity Records, Release Registry Objects, Support Registry Objects, Contribution Registry Objects, Correction Registry Objects, Public Notice Registry Objects, Marketplace Reference Objects, Studio Reference Objects, TRL Input Objects, Handoff Dependency Registry Objects, Supersession Objects, Withdrawal Objects, Retirement Objects, and Archive Objects.

46.13.4 Registry Object Record. Each Registry Object shall identify object identifier, object class, version, steward, source records, release status, support status, public-safe status, security status where relevant, data status where relevant, AI status where relevant, Marketplace status, Studio status, national localization status, correction history, archive status, permitted uses, prohibited uses, and prohibited interpretations.

46.13.5 Registry Status Discipline. Registry status shall arise only by Registry Record and source record. Repository presence, Marketplace listing, Studio use, Nexus Universe display, sponsor statement, provider statement, council participation, public authority attendance, or user interpretation shall not create Registry status.

46.13.6 Registry Object Boundary. Registry presence shall not create universal approval, recognition, certification, public authority approval, procurement status, financeability, insurability, provider validation, consent, deployment authorization, operational readiness, or execution authority.

46.13.7 Registry Object Correction. Registry Objects shall be corrected where version, support, release, security, data, AI, Marketplace, Studio, national localization, handoff, public-safe, or archive status changes or is misunderstood.

46.13.8 Registry Object Formula. Registry Objects shall follow the formula: record identity and status; link source records; correct status changes; preserve memory; never let registry presence become universal approval.

46.14 Studio Runtime Packages

46.14.1 Studio Runtime Package Identity. Studio Runtime Packages shall be governed bundles of code, configuration, dashboards, simulations, agents, data references, synthetic data, public-safe data, workflows, tools, user instructions, output rules, support notes, shutdown triggers, and archive links prepared for controlled use in Nexus Studio or equivalent runtime preparation environments.

46.14.2 Studio Runtime Package Purpose. Studio Runtime Packages shall allow users to interact with Foundry Objects for learning, testing, simulation, demonstration, public authority learning, readiness exercises, National Portfolio preparation, and handoff dependency understanding without converting interaction into deployment or decision authority.

46.14.3 Studio Runtime Package Classes. Studio Runtime Packages may include Demonstration Packages, Simulation Packages, Secure-Room Packages, Public Authority Learning Packages, Readiness Exercise Packages, Dashboard Packages, Agent-Assisted Packages, Training Packages, Public-Safe Preview Packages, Marketplace-Linked Packages, Registry-Linked Packages, Handoff-Preparation Packages, Suspended Packages, Retired Packages, and Archive Packages.

46.14.4 Studio Runtime Package Record. Each Studio Runtime Package shall have a Studio Runtime Package Record identifying source object, version, runtime purpose, user class, data class, tool permissions, agent permissions, compute environment, network environment, public-safe status, support status, session limits, output-review requirements, prohibited actions, shutdown triggers, correction pathway, archive rule, and prohibited interpretations.

46.14.5 Studio Output Rules. Outputs from Studio Runtime Packages shall be labeled as draft, demonstration, simulation, learning, reviewed, unreviewed, public-safe, restricted, or archive-only as applicable. Outputs shall not be used in public authority learning, readiness mapping, Marketplace, Registry, public-safe publication, or handoff without appropriate review.

46.14.6 Studio Runtime Package Boundary. Studio Runtime Package use shall not authorize deployment, operation, public authority decision, procurement, finance, insurance, community consent, Indigenous consent where applicable, data access beyond session rules, protected knowledge use, National Consortium Company action, Project SPV action, or execution.

46.14.7 Studio Runtime Package Correction. Studio Runtime Packages shall be corrected, paused, restricted, withdrawn, retired, or archived where data risk appears, AI agent risk appears, public-safe risk appears, support lapses, user behavior misuses outputs, Registry or Marketplace status changes, or runtime is treated as deployment authority.

46.14.8 Studio Runtime Package Formula. Studio Runtime Packages shall follow the formula: package controlled runtime; restrict data and tools; label outputs; shut down on risk; review before downstream use; never let Studio runtime become deployment or decision authority.

46.15 Handoff Dependency Packages

46.15.1 Handoff Dependency Package Identity. Handoff Dependency Packages shall be governed Foundry Objects that organize the conditions, dependencies, assumptions, unresolved questions, evidence, support status, public authority conditions, procurement conditions, finance and insurance conditions, data conditions, cyber conditions, safeguard conditions, community conditions, Indigenous protocol conditions where applicable, legal conditions, recipient responsibilities, claims limits, correction pathways, recall pathways, and archive links needed before a Foundry-informed object may be considered by lawful implementation actors.

46.15.2 Handoff Dependency Package Purpose. Handoff Dependency Packages shall create disciplined transition from public-good production toward possible lawful continuation by National Consortium Companies, Project SPVs, public authorities, providers, hosts, operators, contractors, procurement actors, finance actors, insurance actors, donors, public finance actors, communities, Indigenous institutions where applicable, and other competent implementation actors. They shall prepare the bridge without crossing it.

46.15.3 Handoff Dependency Package Classes. Handoff Dependency Packages may include National Handoff Packages, Project SPV Dependency Packages, National Consortium Company Dependency Packages, Public Authority Dependency Packages, Procurement Dependency Packages, Finance-Readiness Dependency Packages, Insurance-Readiness Dependency Packages, Donor/Public Finance Dependency Packages, Data Dependency Packages, Cyber Dependency Packages, Safeguard Dependency Packages, Community Dependency Packages, Indigenous Protocol Dependency Packages where applicable, Deployment-Preparation Dependency Packages, and Non-Continuation Dependency Packages.

46.15.4 Handoff Dependency Package Record. Each Handoff Dependency Package shall identify source Foundry Objects, versions, evidence basis, readiness questions, unresolved dependencies, recipient class, public authority dependencies, procurement dependencies, finance and insurance dependencies, donor and public finance dependencies, legal dependencies, data and residency dependencies, cyber dependencies, AI dependencies where applicable, support dependencies, safeguard dependencies, community or Indigenous protocol dependencies where applicable, license or terms, no-reliance language, prohibited claims, correction pathway, recall pathway, archive rule, and prohibited interpretations.

46.15.5 Recipient Responsibility. Handoff Dependency Packages shall state that recipients remain responsible for their own lawful processes, including legal review, public authority engagement, procurement compliance, finance and insurance diligence, data permissions, cybersecurity, privacy, community engagement, Indigenous engagement where applicable, deployment planning, operational safety, contracting, support, and execution.

46.15.6 Handoff Without Execution. A Handoff Dependency Package shall not approve execution, authorize deployment, create procurement eligibility, create financeability, create insurability, create investment advice, create public finance approval, create public authority approval, create community consent, create Indigenous consent where applicable, or create legal compliance. It identifies what must be resolved before competent actors act.

46.15.7 Handoff Recall and Correction. Handoff Dependency Packages shall be recalled, corrected, restricted, superseded, or archived where source records change, evidence changes, dependencies were omitted, data permissions change, safeguards fail, public authority conditions change, finance or procurement language overclaims, recipient misuse appears, or implementation actors cite the package as authorization.

46.15.8 Final Object Taxonomy Formula. The controlling Foundry Object Taxonomy Formula is that Rails route work; Packs bundle repeatable capability; Profiles localize without forking; Schemas structure meaning; Connectors link systems without granting permission; Agents assist without deciding; Dashboards visualize without authority; Evidence Products inform without approving; Readiness Products map dependencies without finance or procurement effect; Safeguard Products protect without replacing consent; Deployment Units package possible use without authorizing deployment; Marketplace Objects enable discovery without endorsement; Registry Objects preserve status without universal approval; Studio Runtime Packages enable controlled interaction without decision authority; and Handoff Dependency Packages prepare lawful continuation without crossing into execution.

47. Rails in Foundry

47.1 Rail Definition

47.1.1 Rail Identity. Rails in Nexus Foundry shall be the governed pathways through which work, records, objects, signals, evidence, reviews, releases, listings, registry entries, runtime packages, maturity inputs, archive items, and handoff dependency packages move from one status to another. A Rail shall define the disciplined route by which Foundry work enters, advances, pauses, is reviewed, is corrected, is localized, is released, is supported, is listed, is registered, is run in Studio, is archived, or is prepared for lawful handoff.

47.1.2 Rail Purpose. Rails shall prevent Foundry work from moving by informal influence, event momentum, sponsor pressure, provider preference, capital-reader interest, public authority ambiguity, institutional prestige, technical convenience, or personal judgment alone. A Rail shall make movement record-bearing, status-bounded, role-separated, reviewable, nationally routable where relevant, public-safe, support-aware, correctionable, and archivable.

47.1.3 Rail as Movement Discipline. A Rail shall not be merely a workflow diagram. It shall be an institutional movement discipline that specifies: 47.1.3(a) entry conditions; 47.1.3(b) object classes eligible for the Rail; 47.1.3(c) required records; 47.1.3(d) permitted actors and reviewers; 47.1.3(e) data, compute, AI, security, safeguard, and public-safe conditions; 47.1.3(f) national routing conditions; 47.1.3(g) support and lifecycle conditions; 47.1.3(h) status labels; 47.1.3(i) exit conditions; 47.1.3(j) correction, withdrawal, teardown, and archive pathways.

47.1.4 Rail Record. Each Rail shall have a Rail Record identifying the Rail name, purpose, steward, object classes, entry criteria, required documentation, review gates, status states, role authorities, national routing triggers, public-safe triggers, safeguard triggers, data restrictions, AI restrictions, security conditions, Marketplace relationship, Registry relationship, Studio relationship, Grid relationship where applicable, handoff relationship where applicable, correction pathway, archive rule, and prohibited interpretations.

47.1.5 Rail Status Discipline. Rail status shall exist only by record. A Foundry Object may be marked as intake, triaged, under review, evidence-pending, safeguard-pending, public-safe-review-pending, national-routing-pending, release-candidate, Marketplace-review, Registry-review, Studio-preparation, Grid-input, handoff-review, suspended, corrected, withdrawn, retired, or archived only where the relevant Rail Record and object record support that status.

47.1.6 Rail Boundary. Movement on a Rail shall not create approval, certification, recognition, public authority decision, procurement status, financeability, insurability, donor approval, public finance allocation, community consent, Indigenous consent where applicable, deployment authorization, operational command, or execution authority. A Rail is a pathway for disciplined Foundry processing; it is not an external authority.

47.1.7 Rail Correction. Rails shall be corrected where work is misrouted, required records are missing, reviewers are conflicted, national routing is bypassed, public-safe review is skipped, safeguard review is incomplete, Marketplace or Registry status is implied prematurely, Studio runtime is treated as deployment, Grid input is treated as certification, or handoff routing is treated as execution authorization.

47.1.8 Rail Formula. Rails shall operate according to the formula: define the pathway; record the status; route by conditions; review by risk; pause where dependencies are unresolved; correct misrouting; archive non-current movement; never let pathway movement become approval, consent, deployment, or execution.

47.2 Evidence Rails

47.2.1 Evidence Rail Identity. Evidence Rails shall be the governed pathways through which evidence questions, data inputs, methods, analyses, benchmarks, system cards, model cards, dataset cards, evidence packs, public-safe summaries, Observatory records, DRI records, GRIx context records, National Portfolio evidence, readiness evidence, safeguard evidence, Studio evidence, and handoff evidence move from intake to reviewed status, correction, restriction, withdrawal, or archive.

47.2.2 Evidence Rail Purpose. Evidence Rails shall ensure that evidence is not treated as credible, public-safe, reusable, readiness-bearing, handoff-relevant, or Registry-relevant merely because it is generated, cited, visualized, computed, or contributed. Evidence shall move by provenance, method, review, uncertainty, limitation, support, correction, and archive discipline.

47.2.3 Evidence Rail Entry Conditions. Evidence may enter an Evidence Rail where there is a defined evidence question, source record, dataset record, method record, observation record, simulation record, benchmark record, public authority learning need, National Portfolio need, Observatory need, readiness question, safeguard question, or lawful handoff dependency question. Evidence without source provenance shall be treated as restricted or preliminary until reviewed.

47.2.4 Evidence Rail Record. Each Evidence Rail movement shall have an Evidence Rail Record identifying evidence object, evidence question, source data, provenance, method, data class, sensitivity class, compute environment, AI involvement where applicable, reviewer, uncertainty, limitations, public-safe status, national routing status, safeguard relevance, downstream uses, correction pathway, archive rule, and prohibited interpretations.

47.2.5 Evidence Review Gates. Evidence Rails may require source review, data-quality review, method review, reproducibility review where feasible, uncertainty review, benchmark review, AI-output review, geospatial review, public-safe review, safeguard review, national review, and downstream-use review. Review requirements shall be proportionate to risk and intended use.

47.2.6 Evidence Rail Statuses. Evidence Rail statuses may include submitted, source-pending, method-pending, data-classification-pending, secure-room-only, under evidence review, uncertainty-labeled, public-safe-review-pending, national-routing-pending, reviewed-with-limitations, restricted, public-safe, superseded, corrected, withdrawn, sealed, archived, and reinstated.

47.2.7 Evidence Without Approval. Evidence Rail advancement shall not create certification, validation for all purposes, public authority approval, procurement status, financeability, insurability, community consent, Indigenous consent where applicable, deployment authorization, or execution authority. Evidence may support learning and review; it shall not decide.

47.2.8 Evidence Rail Correction. Evidence Rails shall trigger correction where sources change, provenance is wrong, data quality is overstated, uncertainty is hidden, method is flawed, benchmark is overclaimed, AI output hallucinated, public-safe language misleads, or evidence is used as authority beyond record.

47.2.9 Evidence Rail Formula. Evidence Rails shall follow the formula: source before evidence; method before claim; uncertainty before reliance; review before publication; correction before reuse; archive before forgetting; never let evidence become approval by implication.

47.3 Observatory Rails

47.3.1 Observatory Rail Identity. Observatory Rails shall be the governed pathways through which Observatory signals, indicators, telemetry, sensor inputs, edge outputs, geospatial layers, Earth observation products, DRI pipeline outputs, GRIx context, dashboard objects, confidence labels, uncertainty labels, drift labels, public-safe observability outputs, and Observatory archive records move through Nexus Foundry and Nexus Observatory.

47.3.2 Observatory Rail Purpose. Observatory Rails shall ensure that observability outputs remain provenance-grounded, classified, method-bound, confidence-labeled, uncertainty-labeled, drift-labeled, public-safe, nationally routed where relevant, and correctionable. They shall prevent observability from becoming public warning, official classification, surveillance, rating, insurance signal, investment signal, procurement signal, consent, deployment authorization, or operational command.

47.3.3 Observatory Rail Entry Conditions. Observatory Rails may receive sensor data, Edge telemetry, public datasets, Earth observation products, geospatial layers, national records, community-grounded inputs where safeguarded, Indigenous-sensitive inputs where applicable and authorized, public authority learning inputs, simulation outputs, digital twin outputs, or DRI / GRIx inputs. Entry shall require classification and provenance.

47.3.4 Observatory Rail Record. Each Observatory Rail movement shall have an Observatory Rail Record identifying signal or object, source, method, indicator definition, data class, geospatial sensitivity, edge source if any, national relevance, public authority sensitivity, community or Indigenous safeguard relevance where applicable, confidence label, uncertainty label, drift label, dashboard status, public-safe status, correction pathway, archive rule, and prohibited claims.

47.3.5 Observatory Review Gates. Observatory Rails may require signal validation, telemetry quality review, sensor drift review, geospatial sensitivity review, Earth observation review, indicator method review, dashboard design review, public-safe review, national routing review, safeguard review, AI interpretation review, and archive review.

47.3.6 Observatory Rail Statuses. Observatory Rail statuses may include raw signal, classified signal, validated signal, drift-detected, indicator-candidate, indicator-reviewed, dashboard-candidate, public-safe-review-pending, national-routing-pending, restricted observability, public-safe observability, corrected, withdrawn, sealed, archived, and reinstated.

47.3.7 Observatory Without Warning. Movement along an Observatory Rail shall not create official warning, emergency alert, public authority classification, regulatory finding, risk rating, insurance determination, investment signal, procurement priority, community consent, Indigenous consent where applicable, deployment authorization, or execution authority.

47.3.8 Observatory Rail Correction. Observatory Rails shall be corrected where sensor drift appears, dashboards mislead, uncertainty is hidden, public-safe labels fail, sensitive geospatial outputs are exposed, national routing is bypassed, or observability outputs are used as warning, rating, finance, procurement, consent, deployment, or execution signals.

47.3.9 Observatory Rail Formula. Observatory Rails shall follow the formula: classify signals; validate sources; label confidence, uncertainty, and drift; route nationally; publish only public-safe observability; correct misleading visibility; never let observation become authority.

47.4 Readiness Rails

47.4.1 Readiness Rail Identity. Readiness Rails shall be the governed pathways through which readiness questions, dependency maps, TRL inputs, support readiness notes, data readiness notes, cyber readiness notes, AI readiness notes, public authority dependency notes, finance-readiness questions, insurance-readiness questions, donor-readiness questions, public finance relevance questions, SPV-readiness notes, National Consortium Company readiness notes, and handoff readiness notes are created, reviewed, corrected, routed, and archived.

47.4.2 Readiness Rail Purpose. Readiness Rails shall structure what must be understood before continuation, release, support, public authority learning, finance-reader review, insurance-reader review, donor-reader review, public finance relevance review, Marketplace display, Studio use, National Portfolio inclusion, or lawful handoff. Readiness Rails shall frame questions and dependencies; they shall not produce finance, procurement, approval, consent, deployment, or execution.

47.4.3 Readiness Rail Entry Conditions. A Readiness Rail may begin when a Foundry Object, Evidence Product, Observatory output, National Portfolio item, Studio package, Deployment Unit, Marketplace candidate, Registry object, or handoff candidate requires assessment of unresolved dependencies. Entry shall require a source object, evidence basis, intended pathway, and dependency scope.

47.4.4 Readiness Rail Record. Each Readiness Rail movement shall have a Readiness Rail Record identifying object, readiness purpose, evidence basis, dependency classes, unresolved questions, public authority dependencies, legal dependencies, procurement dependencies, finance and insurance dependencies, donor and public finance dependencies, data dependencies, cyber dependencies, AI dependencies, safeguard dependencies, community or Indigenous protocol dependencies where applicable, national routing, no-reliance language, correction pathway, archive rule, and prohibited claims.

47.4.5 Readiness Review Gates. Readiness Rails may require evidence review, support review, data review, cyber review, AI review, safeguard review, public authority boundary review, procurement neutrality review, finance-readiness boundary review, insurance-readiness boundary review, donor/public finance boundary review, national routing review, and lawful handoff review.

47.4.6 Readiness Rail Statuses. Readiness Rail statuses may include readiness-intake, dependency-mapping, evidence-pending, public-authority-dependency-pending, data-dependency-pending, cyber-dependency-pending, safeguard-pending, no-reliance-reviewed, readiness-questions-issued, readiness-restricted, handoff-review-pending, corrected, withdrawn, archived, and reinstated.

47.4.7 Readiness Without Finance or Approval. Movement along a Readiness Rail shall not create financeability, bankability, insurability, investment advice, donor approval, public finance approval, procurement readiness, public authority approval, legal compliance, consent, deployment authorization, or execution authority.

47.4.8 Readiness Rail Correction. Readiness Rails shall be corrected where dependencies are omitted, no-reliance language is weak, finance language overclaims, procurement neutrality fails, public authority boundaries collapse, national routing is bypassed, safeguards are incomplete, or readiness is used as transaction or deployment signal.

47.4.9 Readiness Rail Formula. Readiness Rails shall follow the formula: map dependencies before continuation; frame questions before reliance; preserve no-reliance; route to competent actors; correct changed assumptions; never convert readiness into finance, procurement, approval, consent, deployment, or execution.

47.5 Public Authority Learning Rails

47.5.1 Public Authority Learning Rail Identity. Public Authority Learning Rails shall be the governed pathways through which Foundry outputs may be prepared, bounded, shared, demonstrated, discussed, corrected, and archived for public authority learning without becoming public authority decisions, approvals, warnings, classifications, procurement actions, public finance allocations, regulatory comfort, or emergency commands.

47.5.2 Public Authority Learning Purpose. Public Authority Learning Rails shall help public authorities understand evidence, observability, scenarios, dependencies, safeguards, data issues, public-safe materials, readiness questions, digital twins, Studio workflows, National Portfolio records, and lawful handoff conditions while preserving that public authorities act only through their own lawful processes.

47.5.3 Public Authority Learning Rail Entry Conditions. A Foundry Object may enter a Public Authority Learning Rail where it is relevant to a public authority learning need, national portfolio, policy learning process, risk understanding, infrastructure resilience question, disaster-risk learning, public-safe communication learning, readiness question, or lawful handoff dependency. Entry shall require public authority boundary language and source record identification.

47.5.4 Public Authority Learning Rail Record. Each Public Authority Learning Rail movement shall have a Public Authority Learning Rail Record identifying object, public authority context, learning purpose, source records, data class, public-safe status, public authority sensitivity, national routing, confidentiality status, review state, boundary language, feedback record, correction pathway, archive rule, and prohibited interpretations.

47.5.5 Public Authority Learning Review Gates. Review may include evidence review, data classification review, public-safe review, national routing review, legal-boundary review, safeguard review, accessibility review, translation review where applicable, Studio runtime review, and feedback review.

47.5.6 Public Authority Learning Rail Statuses. Statuses may include learning-intake, learning-material-candidate, boundary-review-pending, public-safe-review-pending, national-routing-pending, learning-session-ready, learning-session-completed, feedback-under-review, corrected, restricted, withdrawn, archived, and reinstated.

47.5.7 No Public Authority Substitution. Public Authority Learning Rail movement shall not create government approval, official classification, warning, regulatory finding, procurement decision, public finance allocation, permitting status, compliance status, public authority endorsement, emergency command, or policy adoption. Public authorities may separately act, but Foundry learning materials shall not be represented as that action.

47.5.8 Public Authority Learning Correction. These Rails shall be corrected where learning materials imply official status, public authority participants are misquoted, attendance is overclaimed, dashboard outputs are treated as warnings, Studio demonstrations are treated as adoption, or feedback is treated as approval.

47.5.9 Public Authority Learning Rail Formula. Public Authority Learning Rails shall follow the formula: prepare bounded learning; state non-decision status; route nationally; record feedback without approval overclaim; correct public authority confusion; never let learning become public authority substitution.

47.6 National Node Rails

47.6.1 National Node Rail Identity. National Node Rails shall be the governed country-level routing pathways through which Foundry work is localized, reviewed, protected, translated, contextualized, validated, corrected, archived, and prepared for possible lawful continuation through National Nexus Nodes, National Nexus Consortiums, National Councils, Helix Councils, National Working Groups, Competence Cells, National Dense Nexus Cores, National Portfolio Factory processes, National Consortium Companies, and Project SPVs where applicable.

47.6.2 National Node Rail Purpose. National Node Rails shall preserve national ownership before local delivery. They shall prevent global, regional, sponsor, provider, capital-reader, media, public authority-adjacent, or enterprise actors from bypassing national pathways, national data controls, national safeguards, national public authority learning, national portfolio formation, community safeguards, Indigenous protocols where applicable, and lawful national handoff conditions.

47.6.3 National Node Rail Entry Conditions. Foundry work shall enter a National Node Rail where it has country relevance, national data relevance, public authority relevance, national portfolio relevance, national implementation relevance, community relevance, Indigenous protocol relevance where applicable, national Marketplace context, national Registry context, national Studio context, or national handoff relevance.

47.6.4 National Node Rail Record. Each National Node Rail movement shall have a National Node Rail Record identifying country, National Node or pathway, object, version, source records, national relevance, data residency, language needs, legal context, public authority sensitivity, community safeguard conditions, Indigenous protocol conditions where applicable, National Portfolio relationship, localization profile, review status, correction pathway, archive rule, and prohibited claims.

47.6.5 National Review Gates. National Node Rails may require national data review, national public-safe review, public authority boundary review, national legal-context review, language review, accessibility review, community safeguard review, Indigenous protocol review where applicable, National Working Group review, Competence Cell review, National Portfolio review, readiness review, and lawful handoff review.

47.6.6 National Node Rail Statuses. Statuses may include national-intake, localization-pending, translation-pending, data-residency-review, public-authority-boundary-review, community-safeguard-review, Indigenous-protocol-review where applicable, National Portfolio candidate, national-public-safe-ready, national-restricted, national-handoff-review, corrected, non-continuation, archived, and reinstated.

47.6.7 National Routing Without National Approval. Routing through a National Node Rail shall not create government approval, public authority adoption, national endorsement, procurement priority, public finance allocation, financeability, insurability, community consent, Indigenous consent where applicable, deployment authorization, or execution authority. National routing preserves process; it does not decide.

47.6.8 National Node Rail Correction. National Node Rails shall be corrected where national routing is bypassed, localization is inaccurate, national data controls fail, public authority meaning is overclaimed, community or Indigenous safeguards are missed, national records are outdated, or national routing is used as gatekeeping abuse or approval claim.

47.6.9 National Node Rail Formula. National Node Rails shall follow the formula: route country-relevant work nationally; localize with record; preserve data and safeguard controls; prevent bypass; correct national drift; never let national routing become government approval or gatekeeping capture.

47.7 Marketplace Rails

47.7.1 Marketplace Rail Identity. Marketplace Rails shall be the governed pathways through which Foundry Objects are assessed, prepared, described, reviewed, listed, restricted, delisted, corrected, archived, or reinstated for discovery through Nexus Marketplace or equivalent discovery surfaces.

47.7.2 Marketplace Rail Purpose. Marketplace Rails shall ensure that Marketplace visibility is accurate, public-safe, support-aware, license-clear, provider-neutral, sponsor-neutral, Registry-linked, Studio-bounded where applicable, nationally contextualized where applicable, and correctionable. Marketplace Rails shall prevent discovery from becoming endorsement.

47.7.3 Marketplace Rail Entry Conditions. A Foundry Object may enter a Marketplace Rail only where it has source records, object identity, release status or candidate status, support status, license or terms, public-safe description, dependency notes, security notes, data requirements, AI notes where applicable, and Registry relationship where required.

47.7.4 Marketplace Rail Record. Each Marketplace Rail movement shall have a Marketplace Rail Record identifying object, version, listing class, intended audience, source records, Registry relationship, Studio relationship where applicable, support status, license or terms, dependencies, public-safe description, national localization status, provider or sponsor involvement, review status, correction pathway, delisting rule, archive rule, and prohibited claims.

47.7.5 Marketplace Review Gates. Marketplace Rails may require release review, support review, metadata review, public-safe review, license review, dependency review, security review, AI review, provider-neutrality review, sponsor-control review, national routing review, Registry review, Studio review, and claims review.

47.7.6 Marketplace Rail Statuses. Statuses may include Marketplace-intake, metadata-pending, support-review-pending, public-safe-review-pending, Registry-link-pending, Studio-link-pending, national-context-pending, listing-candidate, listed, restricted-listed, deprecated-listed, suspended, delisted, corrected, archived, and reinstated.

47.7.7 Marketplace Without Recognition. Movement along a Marketplace Rail or Marketplace listing shall not create recognition, certification, procurement preference, financeability, insurability, provider validation, public authority approval, consent, deployment authorization, or execution authority.

47.7.8 Marketplace Rail Correction. Marketplace Rails shall be corrected where metadata is wrong, support status is overstated, Registry link is stale, Studio status is misunderstood, public-safe language overclaims, provider or sponsor claims mislead, national context is missing, or listing is treated as endorsement.

47.7.9 Marketplace Rail Formula. Marketplace Rails shall follow the formula: prepare discovery by record; review claims and support; link to Registry truth; list with limits; delist on risk; never let visibility become endorsement, procurement, finance, consent, deployment, or execution.

47.8 Registry Rails

47.8.1 Registry Rail Identity. Registry Rails shall be the governed pathways through which Foundry Objects, releases, support statuses, correction records, public notices, Marketplace references, Studio references, TRL inputs, National Profiles, handoff dependency packages, withdrawals, retirements, and archive records enter, update, supersede, restrict, correct, or leave Nexus Registry or equivalent status-truth surfaces.

47.8.2 Registry Rail Purpose. Registry Rails shall preserve status truth. They shall prevent informal approval, silent supersession, stale support claims, untracked corrections, unverified Registry updates, Marketplace overclaim, Studio overclaim, TRL overclaim, handoff overclaim, and archive confusion.

47.8.3 Registry Rail Entry Conditions. Registry Rail entry shall require object identity, source records, version, steward, object class, release status or record need, support status where relevant, correction status where relevant, public-safe status where relevant, and prohibited interpretations.

47.8.4 Registry Rail Record. Each Registry Rail movement shall have a Registry Rail Record identifying object, record class, version, source records, steward, status proposed, status basis, affected Marketplace listings, affected Studio packages, affected National Profiles, affected handoff packages, public notice needs, correction pathway, archive rule, and prohibited claims.

47.8.5 Registry Review Gates. Registry Rails may require source record review, version review, status review, release review, support review, correction review, public notice review, Marketplace reference review, Studio reference review, national localization review, TRL input review, handoff dependency review, and archive review.

47.8.6 Registry Rail Statuses. Statuses may include Registry-intake, source-record-pending, status-review-pending, Registry-recorded, Registry-restricted, Registry-corrected, Registry-superseded, Registry-withdrawn, Registry-retired, Registry-archived, public-notice-issued, and reinstated.

47.8.7 Registry Without Universal Approval. Movement on a Registry Rail or Registry presence shall not create universal approval, recognition, certification, public authority approval, procurement status, financeability, insurability, consent, deployment authorization, operational readiness, or execution authority.

47.8.8 Registry Rail Correction. Registry Rails shall be corrected where status is wrong, source records are stale, Marketplace or Studio references are misleading, support status changes, public notice is required but missing, archive status is misunderstood, or Registry status is used as approval.

47.8.9 Registry Rail Formula. Registry Rails shall follow the formula: record identity and status by source; update when status changes; issue notice where reliance exists; archive non-current status; never let Registry truth become universal approval.

47.9 Studio Runtime Rails

47.9.1 Studio Runtime Rail Identity. Studio Runtime Rails shall be the governed pathways through which Foundry Objects are prepared, configured, reviewed, activated, used, paused, corrected, shut down, archived, or reinstated within Nexus Studio or equivalent controlled runtime environments.

47.9.2 Studio Runtime Rail Purpose. Studio Runtime Rails shall allow controlled interaction, simulation, demonstration, public authority learning, readiness exercises, dashboard exploration, AI-agent assistance, National Portfolio work, and handoff dependency understanding without creating deployment authorization, official decision, procurement action, finance effect, consent, or execution.

47.9.3 Studio Runtime Rail Entry Conditions. A Foundry Object may enter a Studio Runtime Rail where it has source records, runtime purpose, user class, data class, tool permissions, agent permissions, compute environment, network environment, public-safe status, support status, output-review rules, shutdown triggers, and prohibited action rules.

47.9.4 Studio Runtime Rail Record. Each Studio Runtime Rail movement shall have a Studio Runtime Rail Record identifying object, version, runtime package, runtime class, user class, data class, tools, agents, session limits, public-safe labels, support class, output-review requirement, Registry relationship, Marketplace relationship where applicable, national routing where applicable, shutdown trigger, correction pathway, archive rule, and prohibited claims.

47.9.5 Studio Review Gates. Studio Runtime Rails may require technical runtime review, data review, AI-agent review, tool-permission review, security review, public-safe review, simulation review, dashboard review, national routing review, public authority learning boundary review, support review, and output-review design.

47.9.6 Studio Runtime Rail Statuses. Statuses may include Studio-intake, runtime-configuration-pending, data-review-pending, tool-review-pending, agent-review-pending, public-safe-review-pending, Studio-ready, Studio-active, Studio-restricted, Studio-paused, Studio-corrected, Studio-retired, Studio-archived, and reinstated.

47.9.7 Studio Without Decision Authority. Studio Rail movement, Studio-ready status, Studio-active status, Studio session completion, or Studio output shall not create public authority decision, procurement status, financeability, insurability, community consent, Indigenous consent where applicable, deployment authorization, operational command, or execution authority.

47.9.8 Studio Runtime Rail Correction. Studio Runtime Rails shall be corrected where tool permissions exceed scope, agents overreach, data access is wrong, outputs are overclaimed, users rely on demonstrations as decisions, public authority learning is treated as approval, or runtime persists after support lapses.

47.9.9 Studio Runtime Rail Formula. Studio Runtime Rails shall follow the formula: configure controlled runtime; restrict data, tools, and agents; label outputs; pause on risk; review before downstream use; never let Studio interaction become decision, deployment, or execution.

47.10 Grid Rails

47.10.1 Grid Rail Identity. Grid Rails shall be the governed pathways through which Foundry outputs, evidence records, TRL 1–10 inputs, maturity-relevant materials, support records, safeguard records, readiness records, observability records, Studio records, Marketplace records, Registry records, and handoff dependency records may be routed as candidate inputs to Nexus Grid or equivalent maturity-review surfaces.

47.10.2 Grid Rail Purpose. Grid Rails shall structure maturity-related routing without converting Foundry outputs into certification, procurement status, financeability, insurability, public authority approval, consent, deployment authorization, or execution. Grid Rails shall preserve the distinction between technical/readiness classification inputs and external legal, financial, procurement, public authority, community, and deployment decisions.

47.10.3 Grid Rail Entry Conditions. A Foundry Object may enter a Grid Rail where it has a defined maturity question, source records, evidence basis, support status, test status, safeguard status, public-safe status where applicable, data status, AI status where applicable, national routing where applicable, and prohibited-claim language.

47.10.4 Grid Rail Record. Each Grid Rail movement shall have a Grid Rail Record identifying object, version, maturity question, TRL input class, evidence basis, review status, test status, simulation status, support status, safeguard status, data status, AI status, national relevance, public-safe status, correction pathway, archive rule, and prohibited interpretations.

47.10.5 Grid Review Gates. Grid Rails may require evidence review, technical review, test review, simulation review, security review, data review, AI review, support review, safeguard review, public-safe review, national routing review, and maturity-input review. Review gates shall assess whether a maturity input is appropriate, not whether external deployment is authorized.

47.10.6 Grid Rail Statuses. Statuses may include Grid-intake, TRL-input-candidate, evidence-review-pending, test-review-pending, safeguard-review-pending, support-review-pending, Grid-input-ready, Grid-input-restricted, Grid-input-corrected, Grid-input-withdrawn, Grid-input-archived, and reinstated.

47.10.7 TRL Without Overclaim. TRL 1–10 status or Grid input shall not create certification, procurement readiness, financeability, insurability, public authority approval, consent, deployment authorization, operational readiness, or execution authority. TRL is a technical/readiness classification within recorded limits.

47.10.8 Grid Rail Correction. Grid Rails shall be corrected where maturity evidence is overstated, TRL language overclaims, support status is wrong, public-safe limits are missing, safeguards are incomplete, national context is bypassed, or Grid routing is used as certification, procurement, finance, consent, deployment, or execution claim.

47.10.9 Grid Rail Formula. Grid Rails shall follow the formula: route maturity inputs by evidence; classify TRL within limits; preserve support and safeguard context; correct overclaim; never let maturity input become certification, procurement, finance, consent, deployment, or execution.

47.11 Archive Rails

47.11.1 Archive Rail Identity. Archive Rails shall be the governed pathways through which Foundry Objects, records, releases, publications, Marketplace listings, Registry records, Studio packages, data products, AI outputs, observability objects, support records, correction records, national profiles, handoff packages, and teardown records move into non-current, sealed, restricted, deleted-verified, institutional-memory, or archive status.

47.11.2 Archive Rail Purpose. Archive Rails shall preserve institutional memory without preserving current authority. They shall prevent outdated materials from being used as current evidence, active support, public-safe publication, Marketplace listing, Registry status, Studio runtime, maturity input, readiness basis, handoff package, consent, deployment authorization, or execution basis.

47.11.3 Archive Rail Entry Conditions. An object may enter an Archive Rail upon supersession, correction, withdrawal, retirement, support end, release end, publication withdrawal, Marketplace delisting, Registry supersession, Studio shutdown, data closure, AI workflow retirement, observability drift, national non-continuation, handoff completion, teardown, deletion verification, sealing requirement, or cycle closure.

47.11.4 Archive Rail Record. Each Archive Rail movement shall have an Archive Rail Record identifying object, prior status, archive class, archive reason, source records, support state, correction history, public notice history, sensitivity class, access restrictions, retention rule, deletion or sealing rule where applicable, reinstatement conditions, future-use restrictions, correction pathway, and prohibited interpretations.

47.11.5 Archive Review Gates. Archive Rails may require retention review, deletion review, sealing review, sensitivity review, public-safe review, legal-hold review where applicable, national routing review, public notice review, support closure review, Marketplace/Registry/Studio update review, and reinstatement-condition review.

47.11.6 Archive Rail Statuses. Statuses may include archive-intake, archive-review-pending, sealed, restricted-archive, public-archive, institutional-memory, deletion-verified, superseded, retired, withdrawn, non-current, reinstatement-review-required, and archive-corrected.

47.11.7 Archive Without Current Authority. Archive Rail movement shall not create current status. Archived materials shall not be cited as current evidence, current release, current support, current listing, current Registry status, current Studio runtime, current readiness basis, current handoff basis, consent, deployment authorization, or execution authority unless reinstated by current review and record.

47.11.8 Archive Rail Correction. Archive Rails shall be corrected where archive class is wrong, sensitivity changes, retention rules change, deletion obligations arise, non-current status is unclear, archived materials are exposed incorrectly, or archived materials are used as current authority.

47.11.9 Archive Rail Formula. Archive Rails shall follow the formula: move non-current work into memory; mark prior status; restrict sensitive records; preserve correction history; reinstate only by review; never let archive become current authority.

47.12 Lawful Handoff Rails

47.12.1 Lawful Handoff Rail Identity. Lawful Handoff Rails shall be the governed pathways through which Foundry Objects may be prepared for possible consideration by lawful implementation actors, including National Consortium Companies, Project SPVs, public authorities, providers, hosts, operators, contractors, procurement actors, finance actors, insurance actors, donors, public finance actors, communities, Indigenous institutions where applicable, and other competent recipients. A Lawful Handoff Rail shall prepare dependency-aware transition without crossing into execution.

47.12.2 Lawful Handoff Rail Purpose. Lawful Handoff Rails shall prevent Foundry outputs from being treated as implementation authorization merely because they are useful, mature, packaged, demonstrated, listed, registered, Studio-tested, or nationally relevant. They shall make unresolved dependencies explicit before any competent actor acts through its own lawful process.

47.12.3 Lawful Handoff Rail Entry Conditions. A Foundry Object may enter a Lawful Handoff Rail where it has object identity, source records, evidence basis, support status, release status where applicable, public-safe status where applicable, data status, cyber status, AI status where applicable, safeguard status, readiness mapping, national routing where applicable, recipient class, and handoff dependency scope.

47.12.4 Lawful Handoff Rail Record. Each Lawful Handoff Rail movement shall have a Lawful Handoff Rail Record identifying source objects, versions, recipient class, evidence basis, unresolved dependencies, public authority dependencies, procurement dependencies, finance and insurance dependencies, donor and public finance dependencies, legal dependencies, data and residency dependencies, cyber dependencies, AI dependencies where applicable, support dependencies, safeguard dependencies, community or Indigenous protocol dependencies where applicable, national routing, license or terms, no-reliance language, correction pathway, recall pathway, archive rule, and prohibited interpretations.

47.12.5 Handoff Review Gates. Lawful Handoff Rails may require evidence review, readiness review, support review, legal-boundary review, public authority dependency review, procurement-neutrality review, finance/insurance no-reliance review, data and residency review, cyber review, AI review, safeguard review, community and Indigenous protocol review where applicable, national routing review, recipient responsibility review, and claims review.

47.12.6 Lawful Handoff Rail Statuses. Statuses may include handoff-intake, dependency-mapping, recipient-class-review, no-reliance-review, national-routing-review, safeguard-review, handoff-package-candidate, handoff-package-issued, handoff-restricted, handoff-corrected, handoff-recalled, handoff-superseded, handoff-archived, and reinstated.

47.12.7 Recipient Responsibility. Lawful Handoff Rails shall state that recipients remain responsible for their own legal review, public authority engagement, procurement compliance, finance and insurance diligence, donor and public finance processes, data permissions, cybersecurity, privacy, community engagement, Indigenous engagement where applicable, deployment planning, operational safety, contracting, support, and execution. Foundry shall not absorb those responsibilities by preparing the handoff record.

47.12.8 Handoff Without Execution. Lawful Handoff Rail movement, issuance of a Handoff Dependency Package, recipient attendance, capital-reader review, public authority learning, National Consortium Company interest, Project SPV interest, provider interest, sponsor support, or Marketplace/Registry/Studio relationship shall not create approval, procurement eligibility, financeability, insurability, investment advice, public finance approval, donor approval, public authority approval, community consent, Indigenous consent where applicable, deployment authorization, or execution authority.

47.12.9 Handoff Recall and Correction. Lawful Handoff Rails shall trigger recall or correction where source records change, evidence changes, dependencies were omitted, data permissions change, cyber risk appears, safeguards fail, public authority conditions change, finance or procurement language overclaims, recipient misuse appears, national routing is bypassed, or implementation actors cite the package as authorization.

47.12.10 Final Rails Formula. The controlling Foundry Rails Formula is that Evidence Rails make claims traceable; Observatory Rails make signals bounded; Readiness Rails make dependencies visible; Public Authority Learning Rails make learning non-decisional; National Node Rails preserve national ownership; Marketplace Rails make discovery claims-safe; Registry Rails preserve status truth; Studio Runtime Rails control interaction without deployment; Grid Rails route maturity inputs without certification; Archive Rails preserve non-current memory; and Lawful Handoff Rails prepare continuation without execution. No Rail, Rail status, Rail movement, Rail review, Rail record, Rail output, or Rail completion creates recognition, certification, public authority approval, procurement status, financeability, insurability, consent, deployment authorization, operational command, or execution authority by implication.

48. Packs in Foundry

48.1 Pack Definition

48.1.1 Pack Identity. Packs in Nexus Foundry shall be governed, modular, reusable, versioned, support-aware, localization-ready, correctionable, and archive-ready Foundry Objects that bundle related methods, schemas, tools, templates, workflows, evidence products, observability objects, readiness products, safeguard products, Academy materials, Marketplace metadata, Studio runtime components, handoff dependencies, support notes, correction pathways, and teardown instructions for a defined public-good purpose. A Pack shall convert repeated Foundry work into structured capability without converting that capability into certification, procurement preference, financeability, public authority approval, consent, deployment authorization, or execution authority.

48.1.2 Pack Purpose. Packs shall prevent Foundry outputs from remaining as fragmented documents, isolated prototypes, event artifacts, unmaintained dashboards, one-off scripts, disconnected evidence notes, sponsor-shaped materials, provider-controlled tools, unreviewed AI workflows, or informal handoff bundles. Packs shall make work repeatable, inspectable, reviewable, nationally localizable, public-safe, provider-neutral where feasible, supportable where recorded, and correctable across Nexus Foundry, Nexus Core Build, Nexus Universe, Nexus Network, Nexus Observatory, Nexus Studio, Nexus Marketplace, Nexus Registry, Nexus Academy, Nexus Rails, Nexus Grid, National Nodes, Competence Cells, National Working Groups, and lawful handoff pathways.

48.1.3 Pack as Public-Good Production Unit. A Pack shall be a public-good production unit. It may organize domain knowledge, sector methods, national localization, regional context, Observatory tools, DRI pipelines, public authority learning materials, readiness questions, safeguard controls, Academy learning, Marketplace discovery, Studio runtime, handoff dependencies, teardown logic, and archive memory. It shall not be a product endorsement, approved vendor bundle, investment package, procurement specification, public authority directive, community consent record, Indigenous consent record where applicable, deployment mandate, or execution package by default.

48.1.4 Pack Composition. A Pack may include: 48.1.4(a) source records, including repository references, evidence records, dataset records, method records, public-safe review records, support records, and correction records; 48.1.4(b) technical objects, including schemas, APIs, connectors, dashboards, agents, scripts, workflows, templates, configurations, and deployment-preparation units; 48.1.4(c) institutional objects, including Rails, Profiles, readiness maps, public authority learning notes, safeguard records, claims-control language, participation limits, and handoff dependency maps; 48.1.4(d) operational objects, including support notes, maintenance notes, security notes, output-review rules, teardown procedures, archive rules, and reinstatement conditions; 48.1.4(e) communication objects, including public-safe summaries, Academy notes, Marketplace descriptions, Registry descriptions, Studio instructions, boundary language, and correction notices.

48.1.5 Pack Record. Each Pack shall have a Pack Record identifying the Pack name, purpose, version, steward, object class, source records, included components, excluded components, data requirements, compute requirements, AI dependencies where applicable, security requirements, public-safe status, safeguard status, support status, license or terms, national localization pathway, Marketplace relationship, Registry relationship, Studio relationship, Grid relationship where applicable, handoff relationship where applicable, teardown rule, correction pathway, archive rule, and prohibited interpretations.

48.1.6 Pack Status Classes. Packs may be draft, experimental, internal, restricted, secure-room-only, no-download-only, national-only, regional-only, public-safe candidate, release candidate, reviewed, supported, unsupported, Marketplace-candidate, Registry-recorded, Studio-preparation, handoff-adjacent, deprecated, suspended, withdrawn, retired, archived, or reinstated. Pack status shall exist only by record.

48.1.7 Pack Review Discipline. Pack review shall be proportionate to risk and may include technical review, evidence review, data review, AI review, security review, public-safe review, safeguard review, accessibility review, translation review, national routing review, support review, Marketplace review, Registry review, Studio review, Grid input review, and handoff review. A Pack containing multiple objects shall be reviewed both as components and as a composed unit.

48.1.8 Pack Boundary. Pack creation, release, Registry presence, Marketplace listing, Studio use, Nexus Universe display, public authority learning use, Academy use, National Portfolio inclusion, or handoff packaging shall not create certification, recognition, procurement status, financeability, insurability, public authority approval, legal compliance, community consent, Indigenous consent where applicable, deployment authorization, operational command, or execution authority.

48.1.9 Pack Formula. Packs shall operate according to the formula: bundle repeatable capability; record every component; disclose dependencies; review composition; localize with lineage; support only by record; correct when conditions change; archive non-current Packs; never let a Pack become an approved solution, procurement bundle, finance signal, consent record, deployment mandate, or execution authority.

48.2 Domain Packs

48.2.1 Domain Pack Identity. Domain Packs shall be Packs organized around a defined knowledge, risk, technology, scientific, governance, technical, or public-good domain. They shall convert domain expertise into reusable Foundry materials that can support evidence formation, Observatory work, DRI and GRIx context, Academy pathways, National Portfolio development, public authority learning, readiness mapping, safeguard review, Studio runtime, Marketplace discovery, Registry memory, and lawful handoff dependency preparation.

48.2.2 Domain Pack Purpose. Domain Packs shall prevent domain knowledge from remaining scattered across expert memos, slide decks, event discussions, personal expertise, sponsor narratives, provider materials, or isolated research outputs. They shall create structured domain capability that is reusable, reviewable, public-safe, nationally localizable, and correctionable.

48.2.3 Domain Scope. Domain Packs may cover AI, agentic systems, cyber, secure infrastructure, AI-RAN / O-RAN / private wireless, telecom resilience, sovereign compute, HPC, cloud, edge systems, Earth observation, geospatial intelligence, digital twins, climate risk, disaster risk, WEFH-B systems, energy, water, food systems, health systems, biodiversity, advanced manufacturing, semiconductors, robotics, drones, sensing, quantum-relevant systems, blockchain / DLT / Web3, finance-readiness methods, insurance-readiness methods, public authority learning, protected knowledge safeguards, Indigenous protocol sensitivity where applicable, accessibility, and public-safe communication.

48.2.4 Domain Pack Record. Each Domain Pack shall have a Domain Pack Record identifying domain, purpose, scope, definitions, controlled vocabulary, included methods, evidence sources, datasets, indicators, tools, schemas, dashboards, agents, public-safe language, safeguard conditions, readiness questions, Academy materials, localization rules, support status, correction pathway, archive rule, and prohibited claims.

48.2.5 Domain Pack Components. A Domain Pack may include domain glossary, reference architecture notes, methods, indicator definitions, DRI inputs, Observatory module patterns, dashboard templates, AI workflow notes, data-classification notes, risk controls, safeguard templates, public-safe publication templates, Academy exercises, Studio scenarios, Marketplace metadata, Registry fields, and handoff dependency templates.

48.2.6 Domain Pack Review. Domain Packs shall be reviewed by competent domain reviewers and, where needed, data, security, AI, public-safe, safeguard, national, community, Indigenous protocol, public authority boundary, finance-readiness boundary, and legal-boundary reviewers. Domain expertise shall not override boundary discipline.

48.2.7 Domain Pack Boundary. A Domain Pack shall not create scientific consensus, regulatory approval, public authority classification, technical certification, provider validation, procurement preference, financeability, insurability, consent, deployment authorization, or execution authority. It structures domain work for Foundry use.

48.2.8 Domain Pack Correction. Domain Packs shall be corrected where science changes, standards change, terminology drifts, data sources become stale, methods become unsafe, provider claims influence content, public-safe language fails, safeguards are incomplete, or domain Pack use creates authority overclaim.

48.2.9 Domain Pack Formula. Domain Packs shall follow the formula: convert domain expertise into structured public-good capability; bind methods to evidence; review by risk; localize carefully; correct scientific and institutional drift; never let domain expertise become approval or command.

48.3 Sector Packs

48.3.1 Sector Pack Identity. Sector Packs shall be Packs organized around a defined sector, system, industry, public-service domain, infrastructure class, or implementation context. They shall translate Foundry’s domain capabilities into sector-relevant methods, evidence objects, observability structures, readiness questions, safeguard controls, public authority learning materials, Studio scenarios, Marketplace objects, Registry records, and handoff dependencies.

48.3.2 Sector Pack Purpose. Sector Packs shall enable sector-specific repeatability without collapsing public-good production into sector lobbying, vendor promotion, procurement influence, finance signaling, public authority substitution, or enterprise execution. They shall help sector actors understand risks, dependencies, safeguards, and readiness conditions within a public-good architecture.

48.3.3 Sector Scope. Sector Packs may cover telecommunications, energy, water, food systems, health systems, biodiversity and nature, transport, ports, logistics, digital infrastructure, public safety, education, financial systems, insurance systems, disaster-risk management, urban systems, rural systems, industrial systems, advanced manufacturing, semiconductor ecosystems, media, civic systems, humanitarian systems, public administration, and national resilience systems.

48.3.4 Sector Pack Record. Each Sector Pack shall have a Sector Pack Record identifying sector, purpose, sector context, stakeholders, infrastructure dependencies, data classes, observability needs, sector indicators, public authority interfaces, regulatory sensitivities, procurement sensitivities, finance and insurance questions, safeguard conditions, community and Indigenous protocol considerations where applicable, Studio scenarios, Marketplace relationship, Registry relationship, support status, correction pathway, archive rule, and prohibited claims.

48.3.5 Sector Pack Components. Sector Packs may include sector ontology, sector risk map, data inventory template, observability template, DRI pipeline pattern, geospatial layer pattern, digital twin pattern, dashboard pattern, public authority learning brief, readiness question set, safeguard checklist, procurement-neutrality language, finance-readiness no-reliance language, Academy learning path, Studio simulation, and handoff dependency template.

48.3.6 Sector Neutrality. Sector Packs shall preserve neutrality among providers, vendors, sponsors, technologies, and implementation actors. A Sector Pack may identify dependency classes or capability requirements, but shall not recommend a provider, rank vendors, create preferred technology status, or create procurement specifications unless a separate competent procurement actor acts through lawful process.

48.3.7 Sector Pack Boundary. A Sector Pack shall not create regulatory approval, sector certification, procurement priority, investment recommendation, insurance determination, donor allocation, public finance allocation, public authority approval, community consent, Indigenous consent where applicable, deployment authorization, or execution authority.

48.3.8 Sector Pack Correction. Sector Packs shall be corrected where sector assumptions change, data rules change, regulatory context changes, procurement language overclaims, finance language overclaims, provider neutrality fails, safeguards are incomplete, or sector materials are used as approval or execution signals.

48.3.9 Sector Pack Formula. Sector Packs shall follow the formula: translate public-good methods into sector context; disclose dependencies; preserve provider neutrality; frame readiness questions; correct sector drift; never let sector packaging become procurement, finance, approval, or execution.

48.4 National Packs

48.4.1 National Pack Identity. National Packs shall be Packs localized for a specific country through National Nexus Nodes, National Nexus Consortiums, National Councils, Helix Councils, National Working Groups, Competence Cells, National Dense Nexus Cores, National Portfolio Factory processes, public authority learning pathways, national data controls, national safeguards, and lawful national handoff conditions.

48.4.2 National Pack Purpose. National Packs shall preserve national ownership before local delivery. They shall translate Foundry baselines into national legal, linguistic, institutional, infrastructure, data, public authority, community, Indigenous protocol-sensitive where applicable, readiness, safeguard, public-safe, and handoff contexts without silently forking the common rail.

48.4.3 National Pack Scope. National Packs may include national domain Packs, sector Packs, Observatory Packs, DRI Packs, public authority learning Packs, readiness Packs, safeguard Packs, Academy Packs, Marketplace Packs, Studio Runtime Packs, handoff Packs, teardown Packs, National Portfolio templates, national data templates, national dashboard templates, and national public-safe materials.

48.4.4 National Pack Record. Each National Pack shall have a National Pack Record identifying country, national pathway, source Pack, version, localization profile, language, legal context, data residency requirements, public authority interfaces, national stakeholders, community safeguard conditions, Indigenous protocol conditions where applicable, national support status, Marketplace status if any, Registry status, Studio status if any, correction pathway, archive rule, and prohibited claims.

48.4.5 National Localization Requirements. National Packs shall identify what has been localized, what remains common, what national law or policy context is relevant, what data cannot move, what public authority boundaries apply, what language or accessibility changes are needed, what community safeguards apply, what Indigenous protocols apply where applicable, and what handoff dependencies remain unresolved.

48.4.6 National Pack Review. National Packs may require national review by National Working Groups, Competence Cells, public-safe reviewers, data stewards, national legal-context reviewers, public authority boundary reviewers, community safeguard reviewers, Indigenous protocol reviewers where applicable, and support stewards. Global or regional approval shall not substitute for national review where required.

48.4.7 National Pack Boundary. A National Pack shall not create government approval, public authority adoption, national endorsement, procurement priority, public finance allocation, financeability, insurability, community consent, Indigenous consent where applicable, deployment authorization, or execution authority. It is national localization and public-good preparation.

48.4.8 National Pack Correction. National Packs shall be corrected where localization is inaccurate, national law changes, data residency changes, public authority boundaries are misrepresented, community or Indigenous safeguards are missed, translation changes meaning, national support status changes, or national Pack use implies approval or execution.

48.4.9 National Pack Formula. National Packs shall follow the formula: localize through national pathways; preserve common lineage; protect national data and safeguards; state unresolved dependencies; correct national context; never let national packaging become government approval or implementation authority.

48.5 Regional Packs

48.5.1 Regional Pack Identity. Regional Packs shall be Packs adapted for regional clusters, corridors, shared hazard systems, cross-border infrastructure, regional Nexus Universe arenas, regional public authority learning, regional Observatory work, regional DRI and GRIx context, and multi-country capability formation. Regional Packs shall support national pathways without becoming regional supremacy.

48.5.2 Regional Pack Purpose. Regional Packs shall enable shared learning across countries facing related systems risk while preserving national ownership, national data controls, national safeguards, national public authority boundaries, community conditions, Indigenous protocols where applicable, and country-specific public-safe limits.

48.5.3 Regional Pack Scope. Regional Packs may cover regional climate and disaster-risk systems, WEFH-B systems, energy corridors, transport corridors, telecom corridors, cyber-resilience corridors, supply chains, humanitarian systems, public health systems, environmental systems, cross-border observability, regional digital twins, regional readiness questions, and regional Nexus Universe preparation.

48.5.4 Regional Pack Record. Each Regional Pack shall have a Regional Pack Record identifying region, countries implicated, regional purpose, source Packs, shared systems, national dependencies, data classes, cross-border transfer limits, regional observability needs, public authority sensitivities, community and Indigenous protocol considerations where applicable, support status, correction pathway, archive rule, and prohibited claims.

48.5.5 Regional Non-Supremacy. Regional Packs shall not override National Packs, National Nodes, national data controls, public authority pathways, community safeguards, Indigenous protocols where applicable, procurement processes, finance processes, or lawful national implementation pathways. Regional translation shall support national routing.

48.5.6 Regional Pack Review. Regional Packs may require review by regional stewards, participating National Nodes, national data stewards, public-safe reviewers, safeguards reviewers, cross-border transfer reviewers, public authority boundary reviewers, and subject-matter reviewers. Cross-border aggregation shall be claims-safe.

48.5.7 Regional Pack Boundary. A Regional Pack shall not create supranational approval, government approval, regional authority, public warning, ranking, insurance signal, investment signal, procurement priority, consent, deployment authorization, or execution authority.

48.5.8 Regional Pack Correction. Regional Packs shall be corrected where national routing is bypassed, cross-border data controls fail, regional summaries stigmatize countries or communities, public authority meaning is overclaimed, regional output becomes ranking, or regional support is misused as authority.

48.5.9 Regional Pack Formula. Regional Packs shall follow the formula: cluster shared systems; preserve national control; aggregate carefully; avoid ranking and warning overclaim; correct cross-border drift; never let regional packaging become regional authority.

48.6 Observatory Packs

48.6.1 Observatory Pack Identity. Observatory Packs shall be Packs that bundle observability methods, indicator libraries, sensor integration patterns, Edge telemetry rules, geospatial layers, Earth observation interfaces, DRI inputs, GRIx context, dashboard templates, digital twin inputs, confidence labels, uncertainty labels, drift labels, public-safe observability language, and archive rules for a defined observability purpose.

48.6.2 Observatory Pack Purpose. Observatory Packs shall make observability repeatable, reviewable, nationally routable, public-safe, and correctionable. They shall allow Nexus Observatory and Foundry to observe systems with provenance and safeguards without creating public warnings, official classifications, ratings, surveillance authority, finance signals, procurement signals, consent, deployment, or execution.

48.6.3 Observatory Pack Classes. Observatory Packs may include Hazard Observatory Packs, Climate Observatory Packs, WEFH-B Observatory Packs, Infrastructure Observatory Packs, Telecom Observatory Packs, Cyber Observatory Packs, AI Systems Observatory Packs, Edge Observatory Packs, Earth Observation Packs, Geospatial Packs, National Observatory Packs, Regional Observatory Packs, Public Authority Learning Observatory Packs, and Public-Safe Dashboard Packs.

48.6.4 Observatory Pack Record. Each Observatory Pack shall have an Observatory Pack Record identifying observability purpose, source data, indicators, methods, geospatial layers, sensor or Edge integrations, compute requirements, AI involvement where applicable, data classes, public-safe status, confidence rules, uncertainty rules, drift rules, dashboard rules, national routing, safeguard conditions, correction pathway, archive rule, and prohibited claims.

48.6.5 Observatory Pack Review. Observatory Packs may require data review, sensor review, geospatial review, indicator-method review, AI review, dashboard design review, public-safe review, national routing review, community safeguard review, Indigenous protocol review where applicable, and public authority boundary review.

48.6.6 Observatory Pack Boundary. Observatory Pack use, dashboard display, sensor integration, DRI output, GRIx context, or public-safe summary shall not create official public warning, public authority classification, insurance determination, investment signal, procurement priority, community consent, Indigenous consent where applicable, deployment authorization, or operational command.

48.6.7 Observatory Pack Correction. Observatory Packs shall be corrected where data becomes stale, sensors drift, dashboards mislead, indicators overclaim, geospatial sensitivity is exposed, uncertainty is hidden, public-safe language fails, or Observatory Pack outputs are used as warnings, ratings, finance, procurement, consent, deployment, or execution signals.

48.6.8 Observatory Pack Formula. Observatory Packs shall follow the formula: bundle observability with provenance; label confidence, uncertainty, and drift; route nationally; publish public-safely; correct misleading visibility; never let observability packaging become warning or decision authority.

48.7 DRI Packs

48.7.1 DRI Pack Identity. DRI Packs shall be Packs that bundle data inputs, indicator definitions, risk-intelligence methods, DRI pipeline patterns, geospatial layers, Observatory linkages, dashboard components, confidence and uncertainty labels, public-safe summaries, readiness questions, safeguard notes, and archive rules for Disaster Risk Intelligence, Development Risk Intelligence, Digital Risk Intelligence, or another approved DRI class.

48.7.2 DRI Pack Purpose. DRI Packs shall convert risk-relevant data and methods into bounded intelligence products that support public-good learning, national portfolio formation, public authority learning, readiness mapping, safeguard review, Studio simulations, Marketplace context, Registry memory, and lawful handoff dependency mapping without becoming public warnings, official ratings, finance signals, procurement signals, or commands.

48.7.3 DRI Pack Classes. DRI Packs may include Disaster Risk Intelligence Packs, Development Risk Intelligence Packs, Digital Risk Intelligence Packs, Infrastructure Risk Intelligence Packs, Climate Risk Intelligence Packs, Cyber Risk Intelligence Packs, AI Risk Intelligence Packs, Geospatial Risk Intelligence Packs, National DRI Packs, Regional DRI Packs, and Public Authority Learning DRI Packs.

48.7.4 DRI Pack Record. Each DRI Pack shall have a DRI Pack Record identifying DRI class, purpose, data sources, indicators, pipeline steps, AI systems where applicable, computation methods, public-safe status, national routing, public authority sensitivity, safeguard relevance, confidence labels, uncertainty labels, drift labels, output classes, review requirements, correction pathway, archive rule, and prohibited claims.

48.7.5 DRI Pack Review. DRI Packs shall be reviewed for data classification, provenance, method, AI involvement, geospatial sensitivity, public-safe wording, confidence, uncertainty, national routing, community safeguards, Indigenous protocol sensitivity where applicable, and public authority boundary risks.

48.7.6 DRI Pack Boundary. A DRI Pack shall not create official warning, hazard rating, sovereign risk rating, insurance rating, investment signal, procurement priority, public authority classification, public finance signal, consent, deployment authorization, or operational command.

48.7.7 DRI Pack Correction. DRI Packs shall be corrected where inputs change, indicators are wrong, pipeline logic fails, AI outputs hallucinate, uncertainty is understated, public-safe language overclaims, national routing is bypassed, or DRI Pack outputs are used as ratings, warnings, finance, procurement, consent, deployment, or execution signals.

48.7.8 DRI Pack Formula. DRI Packs shall follow the formula: package risk intelligence with source, method, uncertainty, and public-safe limits; route nationally; correct drift; never let DRI become warning, rating, finance signal, procurement signal, or command.

48.8 Public Authority Learning Packs

48.8.1 Public Authority Learning Pack Identity. Public Authority Learning Packs shall be Packs prepared for bounded use with public authorities in learning, orientation, scenario, evidence, observability, readiness, safeguard, Studio, Nexus Universe, National Portfolio, or public-safe reporting contexts. They shall support public authority understanding without becoming public authority decisions or approvals.

48.8.2 Public Authority Learning Pack Purpose. These Packs shall help public authorities examine evidence, systems risks, dashboards, simulations, digital twins, readiness questions, data dependencies, public-safe outputs, safeguard issues, and lawful handoff conditions while preserving non-substitution: public authorities act only through their own lawful processes.

48.8.3 Public Authority Learning Pack Classes. Public Authority Learning Packs may include Public Authority Orientation Packs, Evidence Learning Packs, Observatory Learning Packs, DRI Learning Packs, Studio Simulation Packs, National Portfolio Learning Packs, Readiness Learning Packs, Safeguard Learning Packs, Public-Safe Reporting Packs, and Handoff Dependency Learning Packs.

48.8.4 Public Authority Learning Pack Record. Each Public Authority Learning Pack shall have a Public Authority Learning Pack Record identifying public authority context, learning purpose, source records, materials included, data class, public-safe status, confidentiality status, national routing, boundary language, intended users, feedback rules, correction pathway, archive rule, and prohibited interpretations.

48.8.5 Public Authority Boundary Language. Each Public Authority Learning Pack shall state that it is provided for learning, discussion, evidence review, scenario exploration, or dependency mapping only, and does not constitute official public authority advice, warning, classification, policy, approval, procurement action, public finance allocation, regulatory comfort, permitting status, emergency command, or legal determination.

48.8.6 Public Authority Learning Pack Review. Review may include evidence review, public-safe review, public authority boundary review, data review, national routing review, safeguard review, accessibility review, translation review where applicable, and Studio runtime review where applicable.

48.8.7 Public Authority Learning Pack Boundary. Attendance, review, discussion, feedback, or use of a Public Authority Learning Pack shall not create government approval, public authority adoption, public warning, policy adoption, regulatory finding, procurement priority, public finance allocation, consent, deployment authorization, or execution authority.

48.8.8 Public Authority Learning Pack Correction. These Packs shall be corrected where materials imply official status, public authority feedback is misrepresented as approval, dashboards appear warning-like, simulations appear adopted, public-safe language fails, or public authority attendance is overclaimed.

48.8.9 Public Authority Learning Pack Formula. Public Authority Learning Packs shall follow the formula: prepare bounded learning; state non-decision status; route nationally; record feedback without adoption; correct authority confusion; never let learning become public authority substitution.

48.9 Readiness Packs

48.9.1 Readiness Pack Identity. Readiness Packs shall be Packs that bundle readiness questions, dependency maps, evidence products, support notes, data conditions, cyber conditions, AI conditions, public authority dependencies, legal dependencies, procurement-neutrality notes, finance-readiness no-reliance notes, insurance-readiness no-reliance notes, donor and public finance relevance notes, safeguard dependencies, national routing, and lawful handoff conditions.

48.9.2 Readiness Pack Purpose. Readiness Packs shall structure unresolved conditions before continuation, Marketplace visibility, Registry status, Studio use, Grid input, public authority learning, capital-reader review, insurance-reader review, donor-reader review, public finance relevance review, National Portfolio inclusion, enterprise extension, or lawful handoff. They shall make dependencies legible without deciding them.

48.9.3 Readiness Pack Classes. Readiness Packs may include Technical Readiness Packs, TRL Input Packs, Data Readiness Packs, Cyber Readiness Packs, AI Readiness Packs, Support Readiness Packs, Public Authority Dependency Packs, Finance-Readiness Packs, Insurance-Readiness Packs, Donor/Public Finance Relevance Packs, Procurement-Neutrality Packs, National Readiness Packs, SPV-Readiness Packs, and Handoff Readiness Packs.

48.9.4 Readiness Pack Record. Each Readiness Pack shall have a Readiness Pack Record identifying object, readiness purpose, evidence basis, dependencies, unresolved gaps, data conditions, cyber conditions, AI conditions where applicable, support conditions, public authority dependencies, legal dependencies, procurement dependencies, finance and insurance dependencies, donor and public finance dependencies, safeguard dependencies, national routing, no-reliance language, correction pathway, archive rule, and prohibited claims.

48.9.5 No-Reliance Requirement. Readiness Packs used with capital readers, insurers, donors, public finance actors, enterprise actors, National Consortium Companies, Project SPVs, or public authorities shall preserve no-reliance, non-advisory, non-soliciting, non-transactional, non-underwriting, non-commitment, competition-compliant, confidentiality-aware, and regulated-perimeter discipline.

48.9.6 Readiness Pack Boundary. A Readiness Pack shall not create investment advice, bankability, financeability, insurability, underwriting acceptance, donor approval, public finance approval, procurement readiness, public authority approval, legal compliance, community consent, Indigenous consent where applicable, deployment authorization, or execution authority.

48.9.7 Readiness Pack Correction. Readiness Packs shall be corrected where dependencies are missing, assumptions change, no-reliance language is weak, finance or procurement language overclaims, public authority pathways change, safeguards are incomplete, national routing is bypassed, or recipients treat readiness as transaction signal.

48.9.8 Readiness Pack Formula. Readiness Packs shall follow the formula: bundle unresolved dependencies; state evidence and gaps; preserve no-reliance; route to competent actors; correct changed assumptions; never convert readiness into finance, procurement, approval, consent, deployment, or execution.

48.10 Safeguard Packs

48.10.1 Safeguard Pack Identity. Safeguard Packs shall be Packs that bundle safeguard rules, review templates, checklists, records, public-safe language, data protection controls, AI controls, cyber controls, community safeguards, Indigenous protocol controls where applicable, accessibility rules, protected knowledge rules, output-review rules, incident pathways, correction pathways, and archive rules for defined Foundry contexts.

48.10.2 Safeguard Pack Purpose. Safeguard Packs shall ensure that Foundry work does not move through evidence, release, Marketplace, Registry, Studio, public authority learning, readiness, National Portfolio, Grid, or handoff pathways without identifying affected people, rights, data, knowledge, communities, Indigenous considerations where applicable, public-safe risks, and required controls.

48.10.3 Safeguard Pack Classes. Safeguard Packs may include Data Safeguard Packs, Privacy Packs, Cyber Safeguard Packs, AI Safeguard Packs, Protected Knowledge Packs, Indigenous Protocol Packs where applicable, Community Safeguard Packs, Accessibility Packs, Public-Safe Communication Packs, Health Data Safeguard Packs, Infrastructure Sensitivity Packs, Geospatial Sensitivity Packs, Public Authority Boundary Packs, Consent Boundary Packs, and Handoff Safeguard Packs.

48.10.4 Safeguard Pack Record. Each Safeguard Pack shall have a Safeguard Pack Record identifying safeguard domain, affected actors, applicable object classes, data classes, sensitivity classes, risk pathways, required controls, permissions required where applicable, Indigenous protocols where applicable, access restrictions, publication restrictions, output-review rules, national routing, correction pathway, archive rule, and prohibited interpretations.

48.10.5 Participation Without Consent. Safeguard Packs shall preserve that participation by communities, civil society, public-interest actors, public authorities, youth, universities, providers, sponsors, or Indigenous participants where applicable shall not create consent, protected knowledge permission, social license, public authority approval, procurement status, deployment authorization, or execution authority unless separately and lawfully recorded.

48.10.6 Safeguard Pack Review. Safeguard Packs shall be reviewed and updated where law, protocols, data classes, risk contexts, community conditions, Indigenous protocols where applicable, technologies, public-safe practices, AI systems, cyber conditions, or implementation pathways change.

48.10.7 Safeguard Pack Boundary. A Safeguard Pack shall not create consent, legal compliance certification, public authority approval, deployment authorization, or execution authority. It identifies and governs conditions; it does not replace lawful permissions.

48.10.8 Safeguard Pack Correction. Safeguard Packs shall be corrected where affected actors are missed, controls are inadequate, protected knowledge is exposed, Indigenous protocols are missed where applicable, accessibility fails, public-safe language stigmatizes, or safeguard review is treated as approval.

48.10.9 Safeguard Pack Formula. Safeguard Packs shall follow the formula: bundle protections before exposure; identify affected actors and knowledge; preserve consent boundaries; review high-risk contexts; correct safeguard failures; never let safeguards become consent or approval.

48.11 Academy Packs

48.11.1 Academy Pack Identity. Academy Packs shall be Packs that bundle learning materials, role-readiness pathways, work-integrated learning tasks, contributor guidance, maintainer guidance, reviewer guidance, public-safe training, secure infrastructure training, AI and agentic systems training, data training, public authority learning materials, National Node capability materials, Competence Cell formation materials, Studio exercises, Marketplace orientation, Registry orientation, and correction learning.

48.11.2 Academy Pack Purpose. Academy Packs shall convert Foundry’s production architecture into learning pathways so contributors, maintainers, reviewers, National Nodes, public authority learners, providers, partners, communities, universities, and other participants can understand how to work within Foundry without overclaiming authority, employment, credential, certification, consent, deployment, or execution status.

48.11.3 Academy Pack Classes. Academy Packs may include Foundry Orientation Packs, Contributor Packs, Maintainer Packs, Reviewer Packs, Release Steward Packs, Data Steward Packs, AI Steward Packs, Secure Infrastructure Packs, Public-Safe Publication Packs, Public Authority Learning Packs, National Node Packs, Competence Cell Packs, Studio Training Packs, Marketplace Training Packs, Registry Training Packs, Safeguard Training Packs, and Correction Training Packs.

48.11.4 Academy Pack Record. Each Academy Pack shall have an Academy Pack Record identifying learning purpose, audience, prerequisites, learning objectives, work-integrated tasks, role-readiness relationship, assessments if any, contribution pathways, public-safe language, boundary language, accessibility requirements, translation status where applicable, support status, correction pathway, archive rule, and prohibited claims.

48.11.5 Work-Integrated Learning. Academy Packs may include Quests, Bounties, Builds, Reviews, simulations, Studio exercises, documentation tasks, public-safe drafting tasks, data-classification exercises, safeguard exercises, and correction exercises. Completion of learning tasks shall not create role appointment unless separately recorded.

48.11.6 Academy Pack Boundary. Academy Pack completion, badge, learning record, contribution credit, Academy participation, Studio exercise completion, or public authority learning participation shall not create professional certification, employment, governance authority, maintainer authority, reviewer authority, public authority status, procurement qualification, financeability, consent, deployment authorization, or execution authority.

48.11.7 Academy Pack Correction. Academy Packs shall be corrected where learning materials are outdated, boundary language is weak, unsafe practices are taught, accessibility fails, translation changes meaning, AI guidance becomes stale, security guidance changes, or learning completion is used as authority overclaim.

48.11.8 Academy Pack Formula. Academy Packs shall follow the formula: teach through work; record learning; separate learning from authority; update training as systems change; correct unsafe instruction; never let training completion become certification, appointment, or execution authority.

48.12 Marketplace Packs

48.12.1 Marketplace Pack Identity. Marketplace Packs shall be Packs prepared for governed discovery through Nexus Marketplace or equivalent discovery surfaces. They may organize public-good objects, schemas, connectors, agents, dashboards, Studio packages, evidence tools, Observatory modules, readiness templates, safeguard tools, Academy materials, support resources, and handoff dependency templates into discoverable categories.

48.12.2 Marketplace Pack Purpose. Marketplace Packs shall make reusable public-good capability findable while preserving status truth, support limits, license clarity, public-safe descriptions, provider neutrality, sponsor neutrality, Registry links, Studio links where applicable, correction links, and no-conversion language.

48.12.3 Marketplace Pack Classes. Marketplace Packs may include Public-Good Baseline Packs, Observatory Marketplace Packs, DRI Marketplace Packs, Readiness Marketplace Packs, Safeguard Marketplace Packs, Studio Marketplace Packs, Academy Marketplace Packs, Connector Marketplace Packs, Agent Marketplace Packs, Dashboard Marketplace Packs, National Marketplace Packs, Regional Marketplace Packs, and Handoff Marketplace Packs.

48.12.4 Marketplace Pack Record. Each Marketplace Pack shall have a Marketplace Pack Record identifying listing class, included objects, versions, descriptions, steward, license or terms, support status, dependency notes, security notes, data requirements, AI notes where applicable, Registry references, Studio references where applicable, national localization status, access conditions, correction pathway, delisting rule, archive rule, and prohibited claims.

48.12.5 Marketplace Pack Review. Marketplace Packs shall be reviewed for metadata accuracy, public-safe wording, support status, license clarity, dependency disclosure, security concerns, AI concerns, data requirements, provider-neutrality, sponsor-control, national routing, public authority overclaim, finance overclaim, procurement implication, consent implication, deployment implication, and execution implication.

48.12.6 Marketplace Pack Boundary. Marketplace Pack listing, category placement, search visibility, featured display, download, Studio link, Registry link, or user interest shall not create recognition, certification, procurement preference, financeability, insurability, public authority approval, provider validation, community consent, Indigenous consent where applicable, deployment authorization, or execution authority.

48.12.7 Marketplace Pack Correction. Marketplace Packs shall be corrected, restricted, suspended, delisted, deprecated, withdrawn, or archived where object status changes, support lapses, security issues arise, public-safe language fails, provider or sponsor overclaim appears, or users misunderstand discovery as approval.

48.12.8 Marketplace Pack Formula. Marketplace Packs shall follow the formula: package for discovery; display status and limits; link to Registry truth; preserve neutrality; delist when unsafe; never let Marketplace visibility become endorsement, procurement, finance, consent, deployment, or execution.

48.13 Studio Runtime Packs

48.13.1 Studio Runtime Pack Identity. Studio Runtime Packs shall be Packs that bundle controlled runtime components for Nexus Studio or equivalent environments, including code, configurations, dashboards, simulations, agents, workflows, data references, synthetic datasets, public-safe datasets, tool permissions, user instructions, output rules, support notes, shutdown triggers, correction pathways, and archive links.

48.13.2 Studio Runtime Pack Purpose. Studio Runtime Packs shall enable controlled interaction, demonstration, simulation, public authority learning, readiness exercises, National Portfolio preparation, Academy training, Marketplace preview, Registry-linked exploration, and handoff dependency understanding without becoming deployment authorization or decision authority.

48.13.3 Studio Runtime Pack Classes. Studio Runtime Packs may include Demonstration Packs, Simulation Packs, Secure-Room Studio Packs, Public Authority Learning Studio Packs, Readiness Exercise Packs, Dashboard Studio Packs, Agent-Assisted Studio Packs, Training Studio Packs, Public-Safe Preview Packs, Marketplace-Linked Studio Packs, Registry-Linked Studio Packs, National Studio Packs, Handoff-Preparation Studio Packs, Suspended Studio Packs, Retired Studio Packs, and Archive Studio Packs.

48.13.4 Studio Runtime Pack Record. Each Studio Runtime Pack shall have a Studio Runtime Pack Record identifying source objects, versions, runtime purpose, user class, data class, tool permissions, agent permissions, compute environment, network environment, public-safe status, support status, session limits, output-review requirements, prohibited actions, shutdown triggers, correction pathway, archive rule, and prohibited interpretations.

48.13.5 Studio Data and Output Rules. Studio Runtime Packs shall specify what data may be used, whether data is synthetic, public-safe, restricted, secure-room-only, no-download-only, national-only, or compute-to-data-only, and what outputs may leave the runtime environment. Studio outputs shall not be used downstream without review appropriate to their class.

48.13.6 Studio Runtime Pack Boundary. Studio Runtime Pack activation, session completion, dashboard interaction, simulation result, agent output, public authority learning session, Marketplace preview, or Registry reference shall not create public authority decision, procurement status, financeability, insurability, consent, deployment authorization, operational command, or execution authority.

48.13.7 Studio Runtime Pack Correction. Studio Runtime Packs shall be corrected, paused, restricted, withdrawn, retired, or archived where data risk appears, AI agent risk appears, public-safe risk appears, support lapses, outputs are misused, user behavior creates reliance risk, or runtime is treated as deployment authority.

48.13.8 Studio Runtime Pack Formula. Studio Runtime Packs shall follow the formula: bundle controlled runtime; restrict data, tools, and agents; label outputs; shut down on risk; review before downstream use; never let Studio interaction become decision, deployment, or execution.

48.14 Handoff Packs

48.14.1 Handoff Pack Identity. Handoff Packs shall be Packs that organize the source objects, evidence, readiness questions, dependency maps, deployment-preparation units, support notes, data conditions, cyber conditions, AI conditions, public authority dependencies, procurement dependencies, finance and insurance dependencies, donor and public finance dependencies, safeguard dependencies, community conditions, Indigenous protocol conditions where applicable, legal conditions, recipient responsibilities, claims limits, correction pathways, recall pathways, and archive references needed for possible lawful continuation.

48.14.2 Handoff Pack Purpose. Handoff Packs shall prepare the bridge between Foundry public-good production and possible lawful implementation by competent actors, including National Consortium Companies, Project SPVs, public authorities, providers, hosts, operators, contractors, procurement actors, finance actors, insurance actors, donors, public finance actors, communities, Indigenous institutions where applicable, and other lawful recipients. Handoff Packs shall prepare dependency-aware transition without crossing into execution.

48.14.3 Handoff Pack Classes. Handoff Packs may include National Handoff Packs, National Consortium Company Handoff Packs, Project SPV Handoff Packs, Public Authority Dependency Packs, Procurement Dependency Packs, Finance-Readiness Handoff Packs, Insurance-Readiness Handoff Packs, Donor/Public Finance Handoff Packs, Data Handoff Packs, Cyber Handoff Packs, AI Handoff Packs, Safeguard Handoff Packs, Community Handoff Packs, Indigenous Protocol Handoff Packs where applicable, Deployment-Preparation Handoff Packs, and Non-Continuation Handoff Packs.

48.14.4 Handoff Pack Record. Each Handoff Pack shall have a Handoff Pack Record identifying source Foundry Objects, versions, evidence basis, readiness status, unresolved dependencies, recipient class, public authority dependencies, procurement dependencies, finance and insurance dependencies, donor and public finance dependencies, legal dependencies, data and residency dependencies, cyber dependencies, AI dependencies where applicable, support dependencies, safeguard dependencies, community or Indigenous protocol dependencies where applicable, national routing, license or terms, no-reliance language, prohibited claims, correction pathway, recall pathway, archive rule, and prohibited interpretations.

48.14.5 Recipient Responsibility. Handoff Packs shall state that recipients remain responsible for their own lawful processes, including legal review, public authority engagement, procurement compliance, finance and insurance diligence, donor and public finance processes, data permissions, cybersecurity, privacy, community engagement, Indigenous engagement where applicable, deployment planning, operational safety, contracting, support, and execution.

48.14.6 Handoff Pack Boundary. A Handoff Pack shall not approve execution, authorize deployment, create procurement eligibility, create financeability, create insurability, create investment advice, create donor approval, create public finance approval, create public authority approval, create community consent, create Indigenous consent where applicable, or create legal compliance. It identifies what must be resolved before competent actors may act.

48.14.7 Handoff Pack Correction and Recall. Handoff Packs shall be recalled, corrected, restricted, superseded, or archived where source records change, evidence changes, dependencies were omitted, data permissions change, cyber risks appear, safeguards fail, public authority conditions change, finance or procurement language overclaims, recipient misuse appears, national routing is bypassed, or implementation actors cite the Pack as authorization.

48.14.8 Handoff Pack Formula. Handoff Packs shall follow the formula: bundle dependencies for competent recipients; state unresolved conditions; preserve no-reliance; assign recipient responsibility; recall on changed facts; never let handoff preparation become execution authority.

48.15 Teardown and Archive Packs

48.15.1 Teardown and Archive Pack Identity. Teardown and Archive Packs shall be Packs that bundle closure rules, decommissioning steps, access-revocation instructions, data-disposition rules, credential and key closure steps, network-route closure steps, Studio shutdown procedures, Marketplace delisting rules, Registry status-update rules, support-closure rules, public-safe notice templates, correction records, archive records, reinstatement conditions, and institutional-memory materials for Foundry Objects and environments.

48.15.2 Teardown and Archive Pack Purpose. These Packs shall ensure that Foundry work closes deliberately when its purpose ends, risk changes, support lapses, data permissions expire, public-safe meaning changes, Nexus Universe cycles close, Core Build stacks close, Studio runtimes pause, Marketplace listings delist, Registry records supersede, handoff completes, or non-continuation is recorded. They shall prevent active drift and stale authority.

48.15.3 Teardown and Archive Pack Classes. Teardown and Archive Packs may include Repository Teardown Packs, Release Withdrawal Packs, Publication Withdrawal Packs, Marketplace Delisting Packs, Registry Supersession Packs, Studio Shutdown Packs, Support Closure Packs, Data Closure Packs, Compute Teardown Packs, Network Teardown Packs, Security Closure Packs, AI Agent Shutdown Packs, Observability Closure Packs, Public Demonstration Closure Packs, Partner Contribution Closure Packs, National Pathway Closure Packs, Handoff Closure Packs, Sealed Archive Packs, Deletion-Verification Packs, and Institutional Memory Packs.

48.15.4 Teardown and Archive Pack Record. Each Teardown and Archive Pack shall have a Teardown and Archive Pack Record identifying object or environment class, closure trigger, closure steps, affected users, affected data, affected systems, access revocation, credential revocation, key or certificate revocation where applicable, route closure, data disposition, artifact disposition, public-safe notice needs, Marketplace action, Registry action, Studio action, support action, verification steps, correction pathway, archive reference, reinstatement conditions, and prohibited interpretations.

48.15.5 Closure Without Erasure. Teardown and Archive Packs shall state that teardown closes active capability but does not erase accountability, correction obligations, public-safe notice duties, data retention obligations, legal holds where applicable, security incident obligations, data incident obligations, support duties already created by record, handoff recall obligations, or archive memory.

48.15.6 Archive Without Current Authority. Archive Packs shall preserve prior status, source records, correction history, support history, sensitivity classification, access restrictions, retention rules, deletion or sealing rules where applicable, and reinstatement conditions. Archived objects shall not be cited as current without current review and record.

48.15.7 Teardown and Archive Pack Correction. Teardown and Archive Packs shall be corrected where closure steps are incomplete, access remains open, credentials persist, data remains active, public links remain live, Marketplace or Registry status is stale, Studio runtime persists, archived materials are misunderstood as current, or teardown is treated as approval, rejection, deployment denial, or execution decision beyond record.

48.15.8 Final Packs Formula. The controlling Foundry Packs Formula is that Domain Packs organize expertise; Sector Packs translate it into sector context; National Packs localize through national ownership; Regional Packs support cross-border learning without regional supremacy; Observatory Packs structure visibility without warning authority; DRI Packs structure risk intelligence without ratings or command; Public Authority Learning Packs enable learning without substitution; Readiness Packs map dependencies without finance, procurement, or approval effect; Safeguard Packs protect people, rights, data, and knowledge without replacing consent; Academy Packs form capability without credential or role overclaim; Marketplace Packs enable discovery without endorsement; Studio Runtime Packs enable controlled interaction without deployment; Handoff Packs prepare continuation without execution; and Teardown and Archive Packs close, preserve, and correct institutional memory without preserving current authority.

49. Profiles in Foundry

49.1 Sovereign Profiles

49.1.1 Sovereign Profile Identity. Sovereign Profiles shall be recorded Foundry adaptations that define how Foundry Objects, Packs, Rails, Schemas, Connectors, Agents, Dashboards, Evidence Products, Readiness Products, Safeguard Products, Studio Runtime Packages, Marketplace Objects, Registry Objects, Deployment Units, and Handoff Dependency Packages must operate where sovereignty, national law, national data controls, public authority conditions, national security sensitivity, sovereign compute, sovereign data, sovereign AI, national infrastructure, protected knowledge, Indigenous data sovereignty where applicable, or national public-good ownership is implicated.

49.1.2 Sovereign Profile Purpose. Sovereign Profiles shall prevent global, regional, provider, sponsor, cloud, AI, capital-reader, or enterprise convenience from overriding national ownership, data residency, public authority boundaries, lawful national routing, community safeguards, Indigenous protocols where applicable, and national institutional control. A Sovereign Profile shall make sovereignty operational without converting sovereignty language into government approval, national endorsement, exclusionary gatekeeping, or execution authority.

49.1.3 Sovereign Profile Record. Each Sovereign Profile shall have a Sovereign Profile Record identifying jurisdiction, sovereign concern, applicable Foundry objects, national pathway, data residency rules, sovereign compute requirements, cross-border restrictions, public authority conditions, national security or infrastructure sensitivities where applicable, permitted processing, prohibited processing, AI-use limits, provider limits, access rules, output-review rules, archive rules, correction pathway, and prohibited interpretations.

49.1.4 Sovereign Data and Compute Controls. Sovereign Profiles shall define where data may be stored, processed, backed up, logged, embedded, indexed, modeled, displayed, transferred, sealed, deleted, or archived. They shall identify whether sovereign compute, national-only storage, compute-to-data, secure-room-only handling, no-download access, national archive, or national approval pathway is required.

49.1.5 Sovereign AI Controls. Sovereign Profiles shall define whether AI systems may process sovereign-sensitive materials, whether external models may be used, whether embeddings may be created, whether training or fine-tuning is prohibited, whether outputs may leave the jurisdiction, and what human review is required. AI convenience shall not override sovereign restrictions.

49.1.6 Sovereign Public Authority Boundary. Sovereign Profiles shall not represent that a public authority has approved, adopted, endorsed, classified, funded, procured, financed, insured, or authorized a Foundry Object unless a separate competent public authority record exists. Sovereign routing preserves national process; it does not create public authority action.

49.1.7 Sovereign Anti-Capture Rule. Sovereignty shall not be used as a cover for provider lock-in, sponsor control, political capture, elite gatekeeping, opaque denial of correction, suppression of public-safe records, exclusion of affected communities, or bypass of Indigenous protocols where applicable. Sovereign Profiles shall preserve accountability and correctionability.

49.1.8 Sovereign Profile Correction. Sovereign Profiles shall be corrected where law changes, data residency assumptions change, public authority conditions change, sovereign compute capacity changes, provider dependency appears, national routing is bypassed, Indigenous data sovereignty considerations are missed where applicable, or sovereign language is used as approval, finance, procurement, consent, deployment, or execution claim.

49.1.9 Sovereign Profile Formula. Sovereign Profiles shall follow the formula: respect jurisdiction; localize data and compute; restrict cross-border exposure; control AI and providers; preserve national routing; prevent capture; correct sovereign drift; never let sovereignty become approval, gatekeeping abuse, or execution authority.

49.2 National Profiles

49.2.1 National Profile Identity. National Profiles shall be recorded country-level adaptations of Foundry baselines, Packs, Rails, Schemas, workflows, Marketplace metadata, Registry structures, Studio runtime conditions, Readiness Products, Safeguard Products, and Handoff Dependency Packages to a specific national context. National Profiles shall make the common Foundry rail usable in a country without silently forking the rail.

49.2.2 National Profile Purpose. National Profiles shall preserve national ownership before local delivery by aligning Foundry work with national law, language, public authority structures, infrastructure systems, data residency, national priorities, community context, Indigenous protocols where applicable, public-safe communication, national support capacity, and lawful national handoff pathways.

49.2.3 National Profile Record. Each National Profile shall have a National Profile Record identifying country, national pathway, source baseline, version, localization rationale, language requirements, legal context, public authority interfaces, data residency rules, national data stewards, National Node relationship, National Consortium relationship, National Working Group relationship, community safeguards, Indigenous protocol conditions where applicable, support status, correction pathway, archive rule, and prohibited interpretations.

49.2.4 National Localization Elements. National Profiles may adapt terminology, public-safe language, legal references, data-class labels, public authority routing, secure-room conditions, national portfolio templates, dashboard labels, Marketplace descriptions, Registry fields, Studio user classes, readiness questions, safeguard requirements, and handoff dependency language.

49.2.5 National Profile Review. National Profiles shall be reviewed through appropriate national pathways where country relevance exists. Review may include National Node review, National Working Group review, public-safe review, data review, public authority boundary review, legal-context review, community safeguard review, Indigenous protocol review where applicable, accessibility review, translation review, support review, and lawful handoff review.

49.2.6 National Profile Compatibility. National Profiles shall preserve object identity, version lineage, controlled vocabulary, support status, correction links, Registry references, Marketplace references, Studio references, and no-conversion language unless a recorded exception is approved. National adaptation shall not erase common meaning.

49.2.7 National Profile Boundary. A National Profile shall not create government approval, public authority adoption, national endorsement, procurement priority, public finance allocation, financeability, insurability, community consent, Indigenous consent where applicable, deployment authorization, or execution authority.

49.2.8 National Profile Correction. National Profiles shall be corrected where localization is inaccurate, translation changes meaning, national law changes, public authority pathways are misstated, data rules change, safeguards are incomplete, Indigenous protocols are missed where applicable, or national profile use implies approval or execution.

49.2.9 National Profile Formula. National Profiles shall follow the formula: localize nationally with record; preserve common rail; route through national pathways; state limits and dependencies; correct context changes; never let national adaptation become government approval or deployment authority.

49.3 Regional Profiles

49.3.1 Regional Profile Identity. Regional Profiles shall be recorded adaptations of Foundry baselines for regional clusters, corridors, cross-border systems, shared hazards, regional Nexus Universe arenas, Regional Nexus Consortium pathways, regional Observatory work, regional public authority learning, regional readiness questions, and multi-country public-good capability formation.

49.3.2 Regional Profile Purpose. Regional Profiles shall enable regional translation and shared learning while preserving national primacy, national data controls, National Node routing, community safeguards, Indigenous protocols where applicable, public authority boundaries, procurement neutrality, finance-readiness boundaries, and lawful country-level handoff conditions.

49.3.3 Regional Profile Record. Each Regional Profile shall have a Regional Profile Record identifying region, participating countries, regional purpose, source baseline, shared systems, corridor or cluster logic, national dependencies, cross-border transfer limits, data classes, public authority sensitivities, public-safe restrictions, community and Indigenous protocol considerations where applicable, support status, correction pathway, archive rule, and prohibited interpretations.

49.3.4 Regional Translation Elements. Regional Profiles may adapt hazard language, corridor models, shared infrastructure maps, regional DRI questions, GRIx context, Observatory patterns, public authority learning materials, regional dashboard templates, Studio scenarios, Marketplace categories, Registry references, and regional readiness questions.

49.3.5 Regional Non-Supremacy. Regional Profiles shall support national profiles and shall not override them. A Regional Profile shall not permit bypass of national data residency, national public authority conditions, national safeguard requirements, National Node review, community requirements, Indigenous protocols where applicable, or national lawful handoff pathways.

49.3.6 Regional Aggregation Discipline. Regional Profiles involving multi-country data, dashboards, DRI, GRIx, or maps shall avoid ranking, stigmatizing, public-warning implication, insurance or investment signal, procurement implication, or public authority overclaim. Aggregation shall preserve uncertainty, data limits, and national restrictions.

49.3.7 Regional Profile Boundary. A Regional Profile shall not create supranational authority, regional government status, public authority approval, procurement status, financeability, insurability, consent, deployment authorization, or execution authority.

49.3.8 Regional Profile Correction. Regional Profiles shall be corrected where national routing is bypassed, cross-border data restrictions are missed, regional summaries mislead, public authority meaning is overclaimed, countries or communities are stigmatized, or regional profile use implies authority.

49.3.9 Regional Profile Formula. Regional Profiles shall follow the formula: translate shared regional systems; preserve national ownership; aggregate carefully; avoid ranking and authority overclaim; correct cross-border drift; never let regional adaptation become regional supremacy.

49.4 Sector Profiles

49.4.1 Sector Profile Identity. Sector Profiles shall be recorded adaptations of Foundry baselines to a sector, infrastructure system, public-service domain, industry context, technology domain, or implementation environment. Sector Profiles shall translate common Foundry objects into sector-relevant language, data conditions, observability patterns, readiness questions, safeguards, public authority interfaces, and handoff dependencies.

49.4.2 Sector Profile Purpose. Sector Profiles shall ensure that sector-specific Foundry use is accurate, practical, and claims-safe without becoming lobbying material, vendor preference, procurement specification, finance signal, regulatory substitution, or execution instruction.

49.4.3 Sector Profile Record. Each Sector Profile shall have a Sector Profile Record identifying sector, source baseline, sector context, stakeholders, infrastructure dependencies, data classes, regulatory sensitivities, public authority interfaces, procurement sensitivities, finance and insurance questions, AI and cyber considerations where applicable, community and Indigenous considerations where applicable, support status, correction pathway, archive rule, and prohibited interpretations.

49.4.4 Sector Adaptation Elements. Sector Profiles may adapt controlled vocabulary, dashboard indicators, data schemas, observability methods, DRI pipelines, Studio scenarios, readiness questions, safeguard controls, Marketplace categories, Registry fields, Academy pathways, and handoff dependency language for the sector.

49.4.5 Sector Neutrality. Sector Profiles shall preserve neutrality among providers, vendors, technologies, sponsors, hosts, operators, and implementation actors. They may describe capability classes and dependencies, but shall not create supplier rankings, preferred-provider status, procurement requirements, or technical validation by implication.

49.4.6 Sector Review. Sector Profiles may require domain review, technical review, public authority boundary review, procurement-neutrality review, finance-readiness boundary review, insurance-readiness boundary review, data review, AI review, cyber review, safeguard review, and public-safe review.

49.4.7 Sector Profile Boundary. A Sector Profile shall not create regulatory approval, sector certification, compliance status, procurement readiness, financeability, insurability, provider validation, consent, deployment authorization, or execution authority.

49.4.8 Sector Profile Correction. Sector Profiles shall be corrected where sector assumptions change, regulatory context changes, public authority interfaces change, procurement language overclaims, finance language overclaims, provider neutrality fails, safeguards are incomplete, or sector profile use becomes endorsement.

49.4.9 Sector Profile Formula. Sector Profiles shall follow the formula: translate common architecture into sector context; disclose dependencies; preserve neutrality; frame readiness questions; correct sector drift; never let sector adaptation become procurement, finance, approval, or execution.

49.5 Node Profiles

49.5.1 Node Profile Identity. Node Profiles shall be recorded adaptations for Nexus Nodes, including National Nodes, Observatory Nodes, Edge Nodes, Competence Cell nodes, institutional nodes, public authority learning nodes, secure-room nodes, Studio nodes, Marketplace nodes, Registry nodes, and other bounded participation or infrastructure nodes within Foundry.

49.5.2 Node Profile Purpose. Node Profiles shall define what a node is, what it may do, what it may access, what records it must maintain, what data classes it may handle, what support class it carries, what national or regional pathway it belongs to, what safeguards apply, and what it cannot claim.

49.5.3 Node Profile Record. Each Node Profile shall have a Node Profile Record identifying node type, host, steward, jurisdiction, purpose, object classes, data classes, compute classes, network classes, access roles, public authority sensitivity, community or Indigenous protocol considerations where applicable, support status, observability status where applicable, Studio status where applicable, correction pathway, teardown rule, archive rule, and prohibited interpretations.

49.5.4 National Node Profile. A National Node Profile shall identify the country-level routing function, national data conditions, national public authority learning pathways, National Portfolio relationship, National Working Group relationship, Competence Cell relationship, national support capacity, public-safe review pathway, and lawful handoff relationship. It shall not create government approval.

49.5.5 Observatory and Edge Node Profiles. Observatory and Edge Node Profiles shall identify signal classes, telemetry classes, sensor dependencies, geospatial context, data sensitivity, synchronization rules, confidence labels, uncertainty labels, drift labels, degraded-mode rules, public-safe display rules, and teardown conditions.

49.5.6 Institutional and Competence Cell Node Profiles. Institutional and Competence Cell Node Profiles shall identify role readiness, work scope, contribution classes, review permissions, data access limits, support responsibilities, conflict controls, and correction obligations. Participation shall not create authority.

49.5.7 Node Profile Boundary. A Node Profile shall not create public authority status, certification, procurement qualification, financeability, provider validation, consent, deployment authorization, operational control, or execution authority. It defines node role and limits only.

49.5.8 Node Profile Correction. Node Profiles shall be corrected where node role changes, host changes, access exceeds scope, data class changes, support lapses, observability drifts, national routing changes, safeguards fail, or node status is overclaimed.

49.5.9 Node Profile Formula. Node Profiles shall follow the formula: define the node; bind role to records; restrict access and claims; review support and drift; tear down when purpose ends; never let node status become authority.

49.6 Host Profiles

49.6.1 Host Profile Identity. Host Profiles shall be recorded adaptations for entities or environments hosting Foundry activities, systems, rooms, nodes, data, compute, network, Studio runtime, Marketplace surfaces, Registry surfaces, Observatory functions, Core Build stacks, Nexus Universe arenas, secure environments, or handoff-preparation pathways.

49.6.2 Host Profile Purpose. Host Profiles shall define the role, responsibilities, limits, infrastructure conditions, data conditions, access conditions, public-safe limits, security obligations, support obligations, and no-conversion rules for hosts. Hosting shall be service or infrastructure support; it shall not become institutional control or authority.

49.6.3 Host Profile Record. Each Host Profile shall have a Host Profile Record identifying host, host class, environment, jurisdiction, hosted objects or systems, data classes, compute classes, network classes, security controls, access responsibilities, support responsibilities, public-safe responsibilities, sponsor or provider relationships where relevant, teardown responsibilities, correction pathway, archive rule, and prohibited interpretations.

49.6.4 Host Classes. Hosts may include universities, research institutions, public-interest institutions, data centers, cloud providers, telecom operators, public venues, Nexus Universe venues, public authority facilities, National Node facilities, Regional Cluster facilities, corporate hosts, community hosts, secure-room hosts, Studio hosts, and event hosts.

49.6.5 Host Support Without Control. A host may provide space, infrastructure, connectivity, compute, data-room capability, technical assistance, staff support, or operational logistics. Such support shall not give the host control over Foundry records, Registry status, Marketplace status, public-safe language, national routing, public authority boundaries, finance-readiness language, procurement meaning, or handoff conditions.

49.6.6 Host Security and Access. Hosts shall comply with recorded access, security, data, privacy, cyber, physical, no-download, secure-room, clean-room, network, credential, and teardown controls applicable to the hosted environment. Host convenience shall not override Foundry controls.

49.6.7 Host Profile Boundary. Hosting shall not create endorsement, certification, public authority approval, procurement preference, financeability, insurability, data ownership, consent, deployment authorization, operational command, or execution authority.

49.6.8 Host Profile Correction. Host Profiles shall be corrected where host role is overstated, access is excessive, security fails, data conditions change, host support becomes control, sponsor or provider influence appears, teardown fails, or hosting is used as endorsement.

49.6.9 Host Profile Formula. Host Profiles shall follow the formula: define hosting role; bind infrastructure to controls; separate support from control; close access after use; correct host overclaim; never let hosting become ownership, approval, or execution.

49.7 Compute Profiles

49.7.1 Compute Profile Identity. Compute Profiles shall be recorded adaptations defining how Foundry workloads may use build compute, HPC, GPU, cloud, hybrid, sovereign, edge, secure, simulation, digital twin, Studio, release, support, teardown, and archive compute environments.

49.7.2 Compute Profile Purpose. Compute Profiles shall ensure that compute use is matched to workload purpose, data class, security requirement, jurisdiction, national routing, support status, cost or quota, energy consideration, public-good priority, AI constraints, output-review requirements, and teardown conditions.

49.7.3 Compute Profile Record. Each Compute Profile shall have a Compute Profile Record identifying compute class, permitted workloads, prohibited workloads, data classes, model classes where applicable, jurisdiction, provider or facility where applicable, access roles, quotas, security controls, residency conditions, output-review rules, support status, teardown rule, correction pathway, archive rule, and prohibited interpretations.

49.7.4 Compute Class Profiles. Compute Profiles may define build compute profiles, GPU profiles, HPC profiles, cloud profiles, hybrid profiles, sovereign compute profiles, edge compute profiles, secure compute profiles, compute-to-data profiles, simulation profiles, digital twin profiles, Studio runtime profiles, release compute profiles, and archive compute profiles.

49.7.5 Compute Scarcity and Allocation. Compute Profiles shall identify allocation rules for scarce resources, including public-good priority, national relevance, evidence need, Nexus Universe timing, Core Build need, support capacity, security needs, energy and cost considerations, and correction urgency. Sponsor funding or provider preference shall not control compute allocation by default.

49.7.6 Compute Provider Neutrality. Compute Profiles shall disclose provider dependencies, managed services, cloud regions, hardware dependencies, model services, support access, telemetry, exit plans, and substitution options where material. Provider capacity shall not validate the provider.

49.7.7 Compute Profile Boundary. Compute Profile use, successful processing, simulation output, benchmark result, signed artifact, or Studio runtime shall not create certification, public authority approval, procurement status, financeability, insurability, consent, deployment authorization, or execution authority.

49.7.8 Compute Profile Correction. Compute Profiles shall be corrected where data classes change, residency changes, provider terms change, quotas are captured, support lapses, energy or cost assumptions are wrong, output review fails, or compute results are overclaimed.

49.7.9 Compute Profile Formula. Compute Profiles shall follow the formula: match workload to compute; bind compute to data and jurisdiction; allocate scarce capacity fairly; disclose providers; tear down after purpose; never let compute capability become authority.

49.8 Data Profiles

49.8.1 Data Profile Identity. Data Profiles shall be recorded adaptations defining how specific data classes, datasets, metadata, catalog entries, data movements, storage locations, AI uses, output reviews, localization pathways, cross-border transfers, retention, deletion, sealing, and archive actions are governed within Foundry.

49.8.2 Data Profile Purpose. Data Profiles shall make data use lawful, public-safe, secure, provenance-bearing, stewarded, jurisdiction-aware, nationally routed, safeguard-sensitive, and correctionable. They shall prevent data availability from becoming data permission.

49.8.3 Data Profile Record. Each Data Profile shall have a Data Profile Record identifying data object or class, source, steward, jurisdiction, classification, sensitivity, custody, residency, permitted uses, prohibited uses, AI-use limits, storage rules, movement rules, output-review rules, transfer rules, retention rule, deletion rule, sealing rule, archive rule, correction pathway, and prohibited interpretations.

49.8.4 Data Profile Classes. Data Profiles may include public data profiles, controlled-public data profiles, restricted data profiles, sovereign data profiles, public authority data profiles, community-sensitive data profiles, Indigenous data profiles where applicable, protected knowledge profiles, health data profiles, cyber data profiles, infrastructure data profiles, geospatial data profiles, finance-reader data profiles, procurement-sensitive data profiles, secure-room-only profiles, no-download profiles, and compute-to-data profiles.

49.8.5 Data AI Conditions. Data Profiles shall define whether data may be used for AI retrieval, summarization, classification, embeddings, inference, evaluation, training, fine-tuning, agent memory, prompt logs, or Studio workflows. Sensitive data shall be restricted unless use is expressly authorized by record.

49.8.6 Data Output Conditions. Data Profiles shall define whether outputs may be public, controlled-public, national-only, aggregate-only, delayed, masked, redacted, secure-room-only, no-download-only, Marketplace-visible, Registry-visible, Studio-visible, handoff-eligible, sealed, or archive-only.

49.8.7 Data Profile Boundary. A Data Profile shall not create ownership, unrestricted use rights, publication rights, AI training rights, public authority approval, procurement status, financeability, consent, deployment authorization, or execution authority.

49.8.8 Data Profile Correction. Data Profiles shall be corrected where classification changes, permissions change, source terms change, residency changes, output risk changes, AI use exceeds scope, data is misused, or data profile status is overclaimed.

49.8.9 Data Profile Formula. Data Profiles shall follow the formula: classify data before use; bind custody, residency, AI, and output rules; preserve provenance; correct misuse; never let data profile existence become data permission or authority.

49.9 Public Authority Profiles

49.9.1 Public Authority Profile Identity. Public Authority Profiles shall be recorded adaptations defining how Foundry materials may be prepared, shared, demonstrated, discussed, corrected, and archived in relation to public authorities without becoming public authority decisions, warnings, classifications, approvals, procurement actions, public finance allocations, regulatory comfort, or emergency commands.

49.9.2 Public Authority Profile Purpose. Public Authority Profiles shall preserve public authority learning without public authority substitution. They shall help Foundry communicate with public authorities accurately, safely, respectfully, and lawfully while preventing overclaim by Foundry, participants, sponsors, providers, media, capital readers, or implementation actors.

49.9.3 Public Authority Profile Record. Each Public Authority Profile shall identify public authority context, jurisdiction, learning purpose, source materials, data classes, confidentiality status, public-safe status, national routing, communication limits, feedback rules, public statement rules, meeting record rules, Studio use rules, correction pathway, archive rule, and prohibited interpretations.

49.9.4 Public Authority Interaction Classes. Public Authority Profiles may cover orientation, learning session, technical briefing, evidence review, Observatory briefing, DRI briefing, Studio simulation, public-safe reporting discussion, readiness-question session, safeguard discussion, national portfolio discussion, public finance relevance discussion, and lawful handoff dependency discussion.

49.9.5 Boundary Language. Public Authority Profiles shall require clear language stating that Foundry materials are for learning, discussion, evidence, scenario, readiness, or dependency mapping only and are not official public authority decisions, warnings, classifications, approvals, regulatory findings, procurement actions, public finance commitments, or emergency commands.

49.9.6 Public Authority Feedback. Feedback from public authorities shall be recorded as feedback, not approval, unless a separate competent public authority record states otherwise. Attendance, silence, discussion, questions, or informal encouragement shall not create public authority adoption.

49.9.7 Public Authority Profile Boundary. A Public Authority Profile shall not create public authority approval, policy adoption, procurement status, public finance allocation, regulatory comfort, official classification, consent, deployment authorization, or execution authority.

49.9.8 Public Authority Profile Correction. Public Authority Profiles shall be corrected where public authority involvement is overstated, meeting attendance is misused, feedback is treated as approval, public-safe language implies official status, or public authority learning is converted into execution claim.

49.9.9 Public Authority Profile Formula. Public Authority Profiles shall follow the formula: prepare bounded learning; state non-decision status; record feedback accurately; prevent attendance overclaim; correct authority confusion; never let public authority interaction become public authority action.

49.10 Readiness Profiles

49.10.1 Readiness Profile Identity. Readiness Profiles shall be recorded adaptations defining how readiness questions, dependency maps, TRL inputs, support conditions, data conditions, cyber conditions, AI conditions, public authority dependencies, procurement dependencies, finance and insurance dependencies, donor and public finance dependencies, safeguard conditions, national routing, and lawful handoff requirements apply to a Foundry Object, Pack, sector, country, region, Studio package, Marketplace object, Registry object, or handoff candidate.

49.10.2 Readiness Profile Purpose. Readiness Profiles shall structure readiness without creating reliance. They shall help users understand unresolved conditions, necessary reviews, competent actors, required permissions, support limits, and handoff dependencies while preserving no-reliance, non-advisory, non-soliciting, non-transactional, non-underwriting, non-commitment, competition-compliant, confidentiality-aware, and regulated-perimeter discipline.

49.10.3 Readiness Profile Record. Each Readiness Profile shall have a Readiness Profile Record identifying object or context, readiness purpose, evidence basis, dependency classes, unresolved gaps, public authority dependencies, legal dependencies, procurement dependencies, finance and insurance dependencies, donor and public finance dependencies, data and cyber dependencies, AI dependencies where applicable, safeguard dependencies, support dependencies, national routing, no-reliance language, correction pathway, archive rule, and prohibited claims.

49.10.4 Readiness Profile Classes. Readiness Profiles may include Technical Readiness Profiles, TRL Profiles, Data Readiness Profiles, Cyber Readiness Profiles, AI Readiness Profiles, Support Readiness Profiles, Public Authority Dependency Profiles, Finance-Readiness Profiles, Insurance-Readiness Profiles, Donor/Public Finance Profiles, Procurement-Neutrality Profiles, National Readiness Profiles, SPV-Readiness Profiles, and Handoff Readiness Profiles.

49.10.5 TRL Boundary. TRL 1–10 status in a Readiness Profile shall be technical/readiness classification only. It shall not create certification, procurement readiness, financeability, insurability, public authority approval, consent, deployment authorization, operational readiness, or execution authority.

49.10.6 Finance and Procurement Boundary. Readiness Profiles may identify questions relevant to capital readers, insurers, donors, public finance actors, procurement actors, and enterprise actors, but shall not recommend investment, determine bankability, determine insurability, allocate donor or public finance resources, rank suppliers, or create procurement status.

49.10.7 Readiness Profile Boundary. A Readiness Profile shall not create approval, certification, financeability, insurability, procurement readiness, public authority status, legal compliance, consent, deployment authorization, or execution authority.

49.10.8 Readiness Profile Correction. Readiness Profiles shall be corrected where dependencies are omitted, assumptions change, no-reliance language is weak, public authority pathways change, safeguards become incomplete, finance or procurement language overclaims, or readiness is used as transaction or deployment signal.

49.10.9 Readiness Profile Formula. Readiness Profiles shall follow the formula: state readiness questions; map dependencies; preserve no-reliance; separate TRL from approval; correct changed assumptions; never convert readiness into finance, procurement, consent, deployment, or execution.

49.11 Safeguard Profiles

49.11.1 Safeguard Profile Identity. Safeguard Profiles shall be recorded adaptations defining the safeguard conditions that apply to Foundry Objects, Packs, Rails, Profiles, data, AI systems, dashboards, Studio packages, Marketplace listings, Registry records, public authority learning materials, National Portfolios, readiness products, and handoff packages.

49.11.2 Safeguard Profile Purpose. Safeguard Profiles shall ensure that Foundry work identifies affected people, rights, communities, Indigenous peoples and institutions where applicable, protected knowledge, data sensitivity, privacy, cyber risk, AI risk, accessibility needs, public-safe meaning, health sensitivity, infrastructure sensitivity, public authority sensitivity, and lawful permission conditions before exposure, publication, runtime, listing, registration, or handoff.

49.11.3 Safeguard Profile Record. Each Safeguard Profile shall have a Safeguard Profile Record identifying safeguard domain, affected actors, object classes, risk pathways, data classes, sensitivity classes, required controls, required permissions where applicable, community safeguards, Indigenous protocols where applicable, protected knowledge conditions, access restrictions, output-review rules, publication restrictions, national routing, correction pathway, archive rule, and prohibited interpretations.

49.11.4 Safeguard Profile Classes. Safeguard Profiles may include Privacy Profiles, Cyber Safeguard Profiles, AI Safeguard Profiles, Protected Knowledge Profiles, Indigenous Protocol Profiles where applicable, Community Safeguard Profiles, Accessibility Profiles, Health Data Profiles, Infrastructure Sensitivity Profiles, Geospatial Sensitivity Profiles, Public Authority Boundary Profiles, Consent Boundary Profiles, and Handoff Safeguard Profiles.

49.11.5 Consent Boundary. Safeguard Profiles shall preserve that participation, attendance, contribution, public authority learning, community input, Indigenous input where applicable, public-safe visibility, Studio interaction, Marketplace visibility, or Registry presence shall not create consent, protected knowledge permission, social license, public authority approval, deployment authorization, or execution authority unless separately and lawfully recorded.

49.11.6 Safeguard Profile Review. Safeguard Profiles shall be reviewed where risk changes, affected actors change, data class changes, AI workflow changes, public-safe meaning changes, national routing changes, community conditions change, Indigenous protocols apply or change where applicable, or handoff pathways become active.

49.11.7 Safeguard Profile Boundary. A Safeguard Profile shall not create legal compliance certification, consent, public authority approval, deployment authorization, or execution authority. It defines conditions and controls; it does not replace lawful permissions.

49.11.8 Safeguard Profile Correction. Safeguard Profiles shall be corrected where affected actors are missed, controls are inadequate, consent is implied without record, protected knowledge is exposed, Indigenous protocols are missed where applicable, accessibility fails, public-safe language stigmatizes, or safeguard review is treated as approval.

49.11.9 Safeguard Profile Formula. Safeguard Profiles shall follow the formula: identify affected people, rights, data, and knowledge; impose controls before exposure; preserve consent boundaries; correct safeguard failures; never let safeguard profiling become consent or approval.

49.12 Provider-Neutrality Profiles

49.12.1 Provider-Neutrality Profile Identity. Provider-Neutrality Profiles shall be recorded adaptations that define how Foundry Objects, Packs, Connectors, Agents, Dashboards, Deployment Units, Marketplace Objects, Studio Runtime Packages, Readiness Products, Safeguard Products, and Handoff Dependency Packages preserve neutrality among providers, vendors, sponsors, technology suppliers, cloud providers, model providers, equipment vendors, telecom operators, consultants, hosts, operators, contractors, and implementation actors.

49.12.2 Provider-Neutrality Profile Purpose. Provider-Neutrality Profiles shall prevent public-good production from being captured by a provider, sponsor, platform, infrastructure supplier, AI model supplier, cloud environment, proprietary interface, or enterprise actor. They shall allow contribution without validation, support without control, interoperability without lock-in, and enterprise extension without public-good capture.

49.12.3 Provider-Neutrality Profile Record. Each Provider-Neutrality Profile shall have a Provider-Neutrality Profile Record identifying object, provider dependencies, sponsor involvement, proprietary components, open alternatives, interface standards, portability conditions, exit plans, license terms, benchmark limits, Marketplace language, Registry language, public-safe claims, procurement-neutrality language, correction pathway, archive rule, and prohibited claims.

49.12.4 Provider Contribution Controls. Provider contributions of code, models, data, equipment, cloud credits, staff, technical support, dashboards, connectors, benchmarks, facilities, or infrastructure shall be recorded as contributions. They shall not create validation, preferred status, procurement advantage, financeability, public authority approval, deployment authorization, or execution authority.

49.12.5 Dependency Disclosure. Provider-Neutrality Profiles shall disclose material dependencies, including proprietary APIs, cloud services, model services, hardware requirements, managed services, data services, licenses, support dependencies, telemetry, terms, region constraints, and exit limitations. Hidden dependencies shall be treated as public-good firewall risk.

49.12.6 Benchmark and Demonstration Controls. Provider-specific benchmarks or demonstrations shall be described only within recorded conditions. Benchmark performance shall not be generalized into provider validation, procurement recommendation, public authority approval, financeability, insurability, or deployment readiness.

49.12.7 Provider-Neutrality Profile Boundary. A Provider-Neutrality Profile shall not create provider approval, provider rejection, vendor ranking, procurement recommendation, certification, technical validation for all contexts, financeability, insurability, consent, deployment authorization, or execution authority.

49.12.8 Provider-Neutrality Profile Correction. Provider-Neutrality Profiles shall be corrected where dependencies are hidden, provider language overclaims, sponsor influence distorts content, Marketplace listing implies endorsement, Registry status implies validation, Studio demonstration implies adoption, or provider contribution becomes control.

49.12.9 Provider-Neutrality Profile Formula. Provider-Neutrality Profiles shall follow the formula: accept contribution without validation; disclose dependencies; preserve portability; avoid preferred-provider language; correct capture risk; never let provider support become public-good control or procurement signal.

49.13 Deployment Profiles

49.13.1 Deployment Profile Identity. Deployment Profiles shall be recorded adaptations describing how a Deployment Unit, Studio Runtime Package, Connector, Dashboard, Agent, Pack, Observatory Module, or other Foundry Object could be prepared for possible lawful deployment by a competent actor outside default Foundry execution. Deployment Profiles shall define preparation conditions, not deployment authorization.

49.13.2 Deployment Profile Purpose. Deployment Profiles shall make deployment-adjacent conditions explicit so that technical readiness is not mistaken for lawful authority. They shall identify infrastructure requirements, data requirements, security controls, support needs, public authority dependencies, procurement dependencies, finance and insurance dependencies, safeguard dependencies, consent dependencies, national routing, and recipient responsibilities.

49.13.3 Deployment Profile Record. Each Deployment Profile shall have a Deployment Profile Record identifying source object, version, deployment-preparation context, infrastructure requirements, data requirements, compute requirements, network requirements, security requirements, AI requirements where applicable, support requirements, public authority dependencies, procurement dependencies, finance and insurance dependencies, safeguard dependencies, community or Indigenous protocol dependencies where applicable, national routing, recipient responsibilities, correction pathway, archive rule, and prohibited claims.

49.13.4 Deployment Preparation Classes. Deployment Profiles may include Demonstration Deployment Profiles, Studio Deployment Profiles, National Deployment-Preparation Profiles, Edge Deployment Profiles, Observatory Deployment Profiles, Secure Deployment Profiles, Dashboard Deployment Profiles, Connector Deployment Profiles, Agent Deployment Profiles, Infrastructure Template Profiles, Handoff Deployment Profiles, and Non-Continuation Deployment Profiles.

49.13.5 Deployment Profile Review. Deployment Profiles shall be reviewed for security, data handling, secrets, configuration, supportability, provider dependency, public-safe language, AI behavior, national routing, public authority conditions, procurement neutrality, finance and insurance boundaries, safeguards, consent boundaries, and handoff dependencies.

49.13.6 Deployment Profile Boundary. A Deployment Profile shall not authorize deployment, operation, public authority use, procurement, finance, insurance, public finance allocation, community consent, Indigenous consent where applicable, data transfer, protected knowledge use, contract execution, National Consortium Company action, Project SPV action, or field implementation. It identifies conditions for competent actors to resolve.

49.13.7 Deployment Profile Correction. Deployment Profiles shall be corrected where dependencies change, vulnerabilities appear, data rules change, support lapses, configuration becomes unsafe, public authority dependencies change, safeguards fail, or recipients treat the profile as deployment permission.

49.13.8 Deployment Profile Formula. Deployment Profiles shall follow the formula: describe possible deployment conditions; state unresolved dependencies; exclude secrets; require competent lawful pathways; correct unsafe preparation; never let deployable design become deployment authorization.

49.14 Support Profiles

49.14.1 Support Profile Identity. Support Profiles shall be recorded adaptations defining support scope, support class, maintenance responsibility, update cadence, security support, documentation support, dependency support, Studio support, Marketplace support, Registry support, national support, handoff support, end-of-support conditions, correction pathways, and archive conditions for Foundry Objects.

49.14.2 Support Profile Purpose. Support Profiles shall prevent users from assuming that a Foundry Object is maintained, warranted, secure, current, reliable, deployable, or suitable for reliance merely because it exists, is released, appears in Marketplace, appears in Registry, runs in Studio, or was used in Nexus Universe or Core Build.

49.14.3 Support Profile Record. Each Support Profile shall have a Support Profile Record identifying object, version, support class, support steward, support scope, exclusions, response pathway, maintenance cadence where applicable, security update rule, dependency update rule, documentation status, user obligations, warranty or no-warranty terms, reliance limits, correction pathway, end-of-support condition, archive rule, and prohibited claims.

49.14.4 Support Classes. Support Profiles may classify objects as unsupported, experimental support, community support, maintainer support, limited support, security-only support, national support, Studio support, Marketplace support, Registry support, handoff support, contracted support where separately agreed, deprecated support, end-of-support, withdrawn, retired, or archived.

49.14.5 Support Without Warranty. Support status shall not create warranty, reliance right, professional advice, service-level obligation, implementation obligation, security guarantee, deployment approval, or execution responsibility unless separately and lawfully contracted. Public-good support is bounded support, not enterprise warranty.

49.14.6 Support and Dependencies. Support Profiles shall disclose dependency support, including third-party libraries, provider APIs, model services, cloud services, data sources, connectors, dashboards, agents, Studio runtime, security updates, and national localization dependencies. Unsupported dependencies shall be disclosed.

49.14.7 Support Profile Boundary. A Support Profile shall not create certification, procurement suitability, financeability, insurability, public authority approval, consent, deployment authorization, or execution authority.

49.14.8 Support Profile Correction. Support Profiles shall be corrected where maintainers change, support lapses, dependencies become unsupported, security support changes, documentation becomes stale, users misunderstand support, or support status is used as warranty or deployment claim.

49.14.9 Support Profile Formula. Support Profiles shall follow the formula: state support scope; disclose exclusions and dependencies; update support records; end support responsibly; never let support status become warranty, reliance, approval, or deployment authority.

49.15 Archive Profiles

49.15.1 Archive Profile Identity. Archive Profiles shall be recorded adaptations defining how Foundry Objects, Packs, Rails, Profiles, datasets, evidence products, dashboards, AI outputs, Studio packages, Marketplace listings, Registry records, publications, support records, correction records, handoff packages, environments, and teardown records become non-current, restricted, sealed, deleted-verified, superseded, withdrawn, retired, or institutionally preserved.

49.15.2 Archive Profile Purpose. Archive Profiles shall preserve memory without preserving current authority. They shall prevent old objects, publications, dashboards, profiles, Studio runtimes, Marketplace listings, Registry records, readiness notes, handoff packages, AI outputs, data products, or observability outputs from being reused as current unless reinstated through current review and record.

49.15.3 Archive Profile Record. Each Archive Profile shall have an Archive Profile Record identifying object or class, prior status, archive class, archive reason, source records, active-use end date, correction history, public notice history, support history, sensitivity class, access restrictions, retention rule, deletion or sealing rule where applicable, reinstatement conditions, future-use restrictions, correction pathway, and prohibited interpretations.

49.15.4 Archive Classes. Archive Profiles may define public archive, restricted archive, secure archive, sealed archive, national archive, institutional-memory archive, deletion-verification archive, superseded archive, withdrawn archive, retired archive, support archive, correction archive, data archive, AI archive, observability archive, Studio archive, Marketplace archive, Registry archive, and handoff archive.

49.15.5 Archive Access and Sensitivity. Archive Profiles shall govern access according to privacy, public authority sensitivity, protected knowledge, Indigenous-sensitive knowledge where applicable, community sensitivity, health sensitivity, cyber sensitivity, infrastructure sensitivity, provider confidentiality, finance-reader materials, procurement-sensitive materials, legal sensitivity, and security risk.

49.15.6 Reinstatement Conditions. Archived materials may be reinstated only through current review confirming source validity, data permissions, security status, public-safe status, support capacity, national routing, safeguard conditions, correction history, and current relevance. Reinstatement shall not occur through informal reuse, copied files, old links, or event memory.

49.15.7 Archive Profile Boundary. An Archive Profile shall not create current status, approval, rejection, certification, public authority finding, procurement finding, finance conclusion, consent status, deployment decision, or execution effect. It defines non-current memory and future-use limits.

49.15.8 Archive Profile Correction. Archive Profiles shall be corrected where archive class is wrong, sensitivity changes, retention rules change, deletion obligations arise, public display creates overclaim, archived materials are exposed improperly, or archived materials are cited as current authority.

49.15.9 Final Profiles Formula. The controlling Foundry Profiles Formula is that Sovereign Profiles protect jurisdiction and sovereignty without approval overclaim; National Profiles localize through national ownership without government endorsement; Regional Profiles translate shared systems without regional supremacy; Sector Profiles adapt to sector realities without procurement or finance effect; Node Profiles define node roles without authority; Host Profiles separate hosting from control; Compute Profiles allocate processing without approval; Data Profiles govern data without granting permission; Public Authority Profiles enable learning without substitution; Readiness Profiles map dependencies without reliance; Safeguard Profiles protect people and knowledge without replacing consent; Provider-Neutrality Profiles accept contribution without validation; Deployment Profiles describe possible conditions without authorization; Support Profiles define maintenance without warranty; and Archive Profiles preserve memory without current status.

50. Schemas, Ontologies, and Controlled Vocabulary

50.1 Ontology Governance

50.1.1 Ontology Governance Identity. Ontology Governance in Nexus Foundry shall be the governed system through which Foundry defines, maintains, relates, localizes, versions, corrects, retires, and archives the concepts, categories, relationships, object classes, status states, record types, roles, permissions, evidence classes, maturity classes, risk classes, safeguard classes, public-safe labels, and handoff dependency meanings used across Foundry, Nexus Core Build, Nexus Universe, Nexus Network, Nexus Observatory, Nexus Studio, Nexus Marketplace, Nexus Registry, Nexus Rails, Nexus Grid, Nexus Academy, National Nodes, Regional Clusters, National Portfolios, Competence Cells, and lawful handoff pathways.

50.1.2 Ontology Governance Purpose. Ontology Governance shall prevent semantic drift, role confusion, hidden authority, inconsistent status language, duplicated categories, unsupported maturity claims, provider-shaped terminology, sponsor narrative capture, public authority overclaim, finance-readiness overclaim, procurement implication, consent implication, deployment implication, and execution by ambiguous language. Foundry shall treat meaning as infrastructure. A term shall not be considered operationally safe merely because it is familiar, fashionable, technically convenient, or widely used outside Nexus.

50.1.3 Ontology as Public-Good Infrastructure. The Foundry ontology shall be public-good semantic infrastructure. It shall make work interoperable across domains, sectors, countries, regions, technologies, institutions, public authorities, communities, universities, providers, sponsors, capital readers, Registry records, Marketplace listings, Studio runtime packages, dashboards, evidence products, readiness products, safeguard products, and handoff packages without allowing a common word to silently create legal, financial, public authority, procurement, consent, deployment, or execution meaning.

50.1.4 Ontology Record. Each material ontology element shall have an Ontology Record identifying the concept, definition, source basis, steward, related concepts, parent and child concepts where applicable, permitted uses, prohibited uses, public-safe status, national localization notes, translation notes, schema dependencies, Registry dependencies, Marketplace dependencies, Studio dependencies, readiness dependencies, safeguard dependencies, handoff dependencies, version, correction history, archive rule, and prohibited interpretations.

50.1.5 Ontology Scope. Ontology Governance shall apply to Foundry Objects, Rails, Packs, Profiles, Schemas, Connectors, Agents, Dashboards, Evidence Products, Readiness Products, Safeguard Products, Deployment Units, Marketplace Objects, Registry Objects, Studio Runtime Packages, Handoff Dependency Packages, TRL 1–10 inputs, public-safe labels, confidence labels, uncertainty labels, drift labels, support classes, release classes, correction classes, archive classes, public authority learning terms, finance-readiness terms, procurement-neutrality terms, and consent-boundary terms.

50.1.6 Ontology Role Separation. Ontology Governance shall preserve the distinction between descriptive terms, workflow terms, evidence terms, readiness terms, support terms, public-safe terms, Marketplace terms, Registry terms, Studio terms, Grid terms, handoff terms, public authority terms, finance terms, procurement terms, consent terms, deployment terms, and execution terms. A term used for internal Foundry classification shall not be silently converted into external approval or authorization.

50.1.7 Ontology Review. Ontology changes affecting authority-sensitive terms, public authority interfaces, finance-readiness language, insurance-readiness language, donor and public finance language, procurement sensitivity, consent boundaries, Indigenous protocols where applicable, protected knowledge, public-safe reporting, TRL 1–10, Marketplace listing classes, Registry states, Studio runtime states, or lawful handoff conditions shall require heightened review before adoption.

50.1.8 Ontology Boundary. Ontology inclusion, definition, classification, mapping, schema reference, Registry use, Marketplace use, Studio use, dashboard use, or public-safe use shall not create approval, certification, recognition, public authority status, procurement status, financeability, insurability, consent, deployment authorization, operational command, or execution authority.

50.1.9 Ontology Governance Formula. Ontology Governance shall follow the formula: define meaning before use; record relationships; control authority-sensitive terms; localize without drift; version changes; correct misuse; archive deprecated meaning; never let terminology create authority by implication.

50.2 Controlled Vocabulary

50.2.1 Controlled Vocabulary Identity. Controlled Vocabulary shall be the approved set of terms, labels, definitions, status names, object names, class names, role names, record names, risk labels, data labels, release labels, support labels, public-safe labels, readiness labels, safeguard labels, Marketplace labels, Registry labels, Studio labels, Grid labels, archive labels, and handoff labels used within Foundry records and public-safe materials.

50.2.2 Controlled Vocabulary Purpose. Controlled Vocabulary shall ensure that Foundry language is precise, consistent, claims-safe, machine-readable where needed, human-readable where required, translation-ready, localization-ready, public-safe, and correctionable. It shall prevent inconsistent wording from producing inconsistent institutional meaning.

50.2.3 Controlled Vocabulary Record. Each controlled term shall have a Controlled Vocabulary Record identifying term, definition, permitted contexts, prohibited contexts, synonyms if permitted, deprecated synonyms, translation notes, public-safe notes, authority-sensitive notes, related schema fields, related Registry states, related Marketplace metadata, related Studio metadata, related handoff dependencies, version, correction history, archive rule, and prohibited interpretations.

50.2.4 Mandatory Controlled Terms. Controlled terms shall be mandatory for object classes, release classes, support classes, data classes, access classes, sensitivity classes, evidence classes, readiness classes, safeguard classes, public-safe labels, confidence labels, uncertainty labels, drift labels, TRL input classes, Marketplace listing classes, Registry states, Studio runtime classes, correction classes, archive classes, and handoff dependency classes.

50.2.5 Restricted Terms. Terms such as approved, certified, recognized, validated, compliant, official, government-approved, regulator-approved, financeable, bankable, investable, insurable, underwritten, donor-approved, public-finance-approved, procurement-ready, preferred provider, warning issued, officially classified, consented, deployment-ready, operationally ready, execution-ready, Nexus-approved, GCRI-validated, GRF-recognized, GRA-ready, Marketplace-approved, Registry-approved, Studio-authorized, TRL-certified, and equivalent status-bearing terms shall be prohibited unless an exact competent record supports the exact term in the exact context.

50.2.6 Preferred Boundary Terms. Where appropriate, Foundry shall use bounded terms such as candidate, draft, reviewed within scope, recorded, listed for discovery, registered for status memory, Studio-prepared, public-safe within stated limits, readiness-questioned, handoff-dependency mapped, support-limited, restricted, withdrawn, archived, non-current, and subject to lawful process.

50.2.7 Translation and Localization. Controlled Vocabulary shall include translation and localization notes where language changes may alter legal, public-safe, public authority, finance, procurement, consent, safeguard, or deployment meaning. Local translations shall preserve controlled meaning and no-conversion discipline.

50.2.8 Controlled Vocabulary Correction. Controlled terms shall be corrected where a term misleads, drifts, becomes unsafe, is mistranslated, is used by providers or sponsors as endorsement, is treated as public authority language, or is used as finance, procurement, consent, deployment, or execution claim.

50.2.9 Controlled Vocabulary Formula. Controlled Vocabulary shall follow the formula: use approved terms; restrict authority words; translate with meaning controls; correct misuse; archive deprecated terms; never let language drift into approval, finance, consent, deployment, or execution.

50.3 Schema Governance

50.3.1 Schema Governance Identity. Schema Governance shall be the governed system through which Foundry creates, approves, versions, validates, localizes, extends, deprecates, corrects, and archives schemas used to structure Foundry records, data, metadata, evidence, proofs, public-safe labels, Marketplace listings, Registry states, Studio runtime packages, readiness products, safeguard products, support records, correction records, archive records, and handoff dependency packages.

50.3.2 Schema Governance Purpose. Schema Governance shall prevent Foundry from relying on inconsistent data structures, incompatible records, untracked fields, undocumented status classes, private vendor formats, platform-specific lock-in, unreviewed local extensions, silent semantic forks, and machine-readable ambiguity. Schemas shall make meaning consistent across systems while preserving that structural validity is not substantive approval.

50.3.3 Schema Record. Each Schema shall have a Schema Record identifying schema name, purpose, steward, version, object class, required fields, optional fields, controlled vocabulary dependencies, validation rules, data-type rules, metadata dependencies, localization rules, extension rules, compatibility notes, migration rules, public-safe implications, support status, correction pathway, deprecation rule, archive rule, and prohibited interpretations.

50.3.4 Schema Classes. Foundry Schema classes may include Object Schemas, Rail Schemas, Pack Schemas, Profile Schemas, Dataset Schemas, Metadata Schemas, Evidence Record Schemas, Proof Record Schemas, Public-Safe Label Schemas, Marketplace Metadata Schemas, Registry State Schemas, Studio Runtime Metadata Schemas, Readiness Schemas, Safeguard Schemas, Support Schemas, Correction Schemas, Handoff Dependency Schemas, Teardown Schemas, and Archive Schemas.

50.3.5 Schema Validation. Schema validation shall confirm that a record conforms structurally to required fields, controlled vocabulary, data type, format, version, and relationship rules. Schema validation shall not confirm factual truth, methodological adequacy, legal sufficiency, public-safe suitability, public authority approval, procurement suitability, financeability, insurability, consent, deployment authorization, or execution authority.

50.3.6 Change Control. Material schema changes shall be subject to change control. Changes affecting status fields, Registry fields, Marketplace fields, Studio fields, public-safe fields, TRL input fields, public authority fields, finance-readiness fields, procurement-sensitive fields, consent fields, support fields, safeguard fields, handoff fields, data residency fields, or AI workflow fields shall require heightened review.

50.3.7 Schema Compatibility. Schema Governance shall preserve backward compatibility, forward compatibility, migration paths, deprecation notices, field mapping, version lineage, and archive references where needed. Schema updates shall not silently break existing records, public-safe materials, Marketplace listings, Registry states, Studio packages, or national profiles.

50.3.8 Schema Governance Boundary. Schema adoption, conformance, validation, or Registry use shall not create approval, certification, recognition, public authority status, procurement status, financeability, insurability, consent, deployment authorization, operational command, or execution authority.

50.3.9 Schema Governance Formula. Schema Governance shall follow the formula: structure records by governed schemas; validate form without overclaiming substance; version material changes; localize by rule; correct semantic drift; never let schema conformance become authority.

50.4 Data Dictionaries

50.4.1 Data Dictionary Identity. Data Dictionaries shall be governed references defining data elements, field names, field meanings, data types, allowed values, units, classifications, sensitivity, source rules, transformation rules, quality notes, public-safe display rules, localization notes, and correction pathways used across Foundry datasets, dashboards, schemas, APIs, DRI pipelines, Observatory modules, Registry records, Marketplace metadata, Studio runtime packages, and handoff packages.

50.4.2 Data Dictionary Purpose. Data Dictionaries shall prevent data fields from being misunderstood, redefined informally, mapped inconsistently, translated incorrectly, or used beyond their permitted meaning. They shall make data interoperable without making data unrestricted.

50.4.3 Data Dictionary Record. Each Data Dictionary shall have a Data Dictionary Record identifying dictionary name, domain, steward, version, data elements, definitions, data types, allowed values, units, source rules, data classification, sensitivity class, quality notes, transformation notes, public-safe display rules, localization rules, schema dependencies, correction pathway, deprecation rule, archive rule, and prohibited interpretations.

50.4.4 Data Element Record. Each material data element shall have a Data Element Record identifying field name, canonical label, definition, data type, permitted values, unit of measure where applicable, source, collection method, transformation rule, quality limitation, sensitivity class, access class, AI-use condition where applicable, public-safe display rule, translation note, correction pathway, and prohibited uses.

50.4.5 Data Quality and Limitations. Data Dictionaries shall record missingness, uncertainty, representativeness, spatial and temporal resolution, measurement error, collection bias, update cadence, known limitations, and contexts where the data element should not be used. A well-defined field shall not be treated as high-quality merely because it is standardized.

50.4.6 Units and Measurement Discipline. Data Dictionaries shall govern units, conversions, thresholds, scales, scoring conventions, timestamps, geospatial references, coordinate systems, confidence labels, and uncertainty conventions. Inconsistent units and hidden conversions shall be treated as data quality and public-safe risks.

50.4.7 Data Dictionary Boundary. Data Dictionary inclusion shall not create permission to access, move, process, publish, model, train AI on, display, transfer, hand off, deploy, or execute using the data. It defines meaning, not authorization.

50.4.8 Data Dictionary Correction. Data Dictionaries shall be corrected where fields are wrong, definitions drift, units are inconsistent, sensitivity changes, translation fails, data elements are used beyond scope, or dictionary entries are treated as permission or authority.

50.4.9 Data Dictionary Formula. Data Dictionaries shall follow the formula: define each field; state units and limits; classify sensitivity; preserve translation; correct field drift; never let data definition become data permission.

50.5 Metadata Models

50.5.1 Metadata Model Identity. Metadata Models shall be governed structures defining the descriptive, technical, provenance, rights, custody, residency, access, quality, sensitivity, public-safe, national routing, safeguard, support, correction, Marketplace, Registry, Studio, and archive metadata attached to Foundry Objects and records.

50.5.2 Metadata Model Purpose. Metadata Models shall make Foundry objects discoverable, governable, reviewable, comparable within limits, supportable, correctable, and archivable without making them open, approved, endorsed, financeable, deployable, or executable. Metadata shall carry limits as well as labels.

50.5.3 Metadata Model Record. Each Metadata Model shall have a Metadata Model Record identifying model name, purpose, object classes covered, required metadata fields, optional fields, controlled vocabulary dependencies, sensitivity rules, public display rules, access rules, localization rules, Marketplace relationship, Registry relationship, Studio relationship, support relationship, correction pathway, archive rule, and prohibited interpretations.

50.5.4 Metadata Classes. Metadata may include descriptive metadata, structural metadata, technical metadata, provenance metadata, rights metadata, license metadata, custody metadata, residency metadata, access metadata, data-quality metadata, support metadata, security metadata, AI metadata, public-safe metadata, safeguard metadata, national routing metadata, readiness metadata, Marketplace metadata, Registry metadata, Studio metadata, correction metadata, and archive metadata.

50.5.5 Metadata Sensitivity. Metadata itself may be sensitive. Metadata may reveal the existence of protected knowledge, Indigenous-sensitive knowledge or places where applicable, public authority-sensitive information, infrastructure weaknesses, cyber-sensitive systems, community vulnerabilities, health-sensitive information, national priorities, confidential provider involvement, or handoff pathways. Metadata visibility shall be classified and controlled.

50.5.6 Public Metadata. Public-facing metadata shall be public-safe, claims-safe, non-misleading, and consistent with Registry status. Public metadata shall not imply approval, recognition, certification, public authority adoption, financeability, procurement preference, consent, deployment authorization, or execution authority.

50.5.7 Metadata Model Boundary. Metadata completeness, discoverability, Marketplace display, Registry reference, Studio reference, or schema validation shall not create substantive approval, data permission, support warranty, procurement status, financeability, consent, deployment authorization, or execution authority.

50.5.8 Metadata Correction. Metadata Models and metadata records shall be corrected where fields are stale, sensitivity changes, support status is wrong, public display misleads, Marketplace metadata overclaims, Registry metadata is inconsistent, Studio metadata is unsafe, or metadata is treated as authority.

50.5.9 Metadata Model Formula. Metadata Models shall follow the formula: describe objects with governed fields; classify metadata itself; display limits publicly; correct stale metadata; never let discoverability or completeness become approval.

50.6 Evidence Record Schemas

50.6.1 Evidence Record Schema Identity. Evidence Record Schemas shall be governed schemas that define the required structure for evidence-bearing Foundry records, including evidence questions, sources, methods, data inputs, analysis, uncertainty, limitations, review status, public-safe status, support status, correction history, downstream dependencies, and archive status.

50.6.2 Evidence Record Schema Purpose. Evidence Record Schemas shall prevent evidence from being presented as unstructured assertion, polished narrative, unsupported dashboard output, AI-generated conclusion, provider claim, sponsor narrative, or informal expert opinion. They shall make evidence traceable, reviewable, bounded, and correctable.

50.6.3 Evidence Record Schema Elements. Evidence Record Schemas shall require, where applicable, evidence identifier, evidence question, source records, data records, method records, provenance, analytical steps, AI involvement where applicable, compute environment, reviewer, confidence label, uncertainty label, limitations, sensitivity class, public-safe class, national routing, safeguard relevance, support status, correction pathway, archive rule, and prohibited interpretations.

50.6.4 Evidence Source Fields. Evidence Record Schemas shall distinguish source type, source steward, source date, version, license or terms, data class, quality notes, access restrictions, transformation history, and source limitations. Unsupported source claims shall be flagged.

50.6.5 Evidence Review Fields. Evidence Record Schemas shall include review state, reviewer role, review date, review scope, unresolved issues, rejected claims, accepted claims, required corrections, public-safe review, safeguard review, national routing review, and downstream-use limits where applicable.

50.6.6 Evidence Output Fields. Evidence Record Schemas shall distinguish internal evidence, restricted evidence, public-safe evidence, dashboard-support evidence, readiness-support evidence, Studio-support evidence, Marketplace-context evidence, Registry-support evidence, Grid-input evidence, and handoff-support evidence.

50.6.7 Evidence Schema Boundary. Evidence Record Schema conformance shall not create factual truth, methodological validity for all contexts, certification, public authority approval, procurement status, financeability, insurability, consent, deployment authorization, or execution authority.

50.6.8 Evidence Schema Correction. Evidence Record Schemas shall be corrected where required fields are insufficient, uncertainty is hidden, AI involvement is not captured, source limitations are omitted, public-safe fields are weak, or schema-conforming evidence is misused as approval.

50.6.9 Evidence Record Schema Formula. Evidence Record Schemas shall follow the formula: structure evidence by question, source, method, uncertainty, review, and limits; correct evidence fields as learning changes; never let evidence structure become evidence approval.

50.7 Proof Record Schemas

50.7.1 Proof Record Schema Identity. Proof Record Schemas shall be governed schemas defining the structure for proof-bearing records, receipts, attestations-within-scope, verification references, computation records, release integrity records, support records, contribution records, review records, completion records, and other records that demonstrate that a defined Foundry action occurred under stated conditions.

50.7.2 Proof Record Schema Purpose. Proof Record Schemas shall make actions verifiable within scope without creating overbroad proof claims. They shall distinguish proof that something occurred from proof that something is approved, certified, financeable, insurable, consented, deployable, or executable.

50.7.3 Proof Record Schema Elements. Proof Record Schemas shall require, where applicable, proof identifier, event or action proved, object, version, actor or system, timestamp, environment, source record, method of proof, scope, limitations, verification reference, data class, public-safe status, dependency records, reviewer where applicable, correction pathway, archive rule, and prohibited interpretations.

50.7.4 Proof Classes. Proof Record Schemas may apply to Proof Receipts, build proof, test proof, review proof, contribution proof, release proof, signature proof, compute proof, data movement proof, output review proof, secure-room participation proof, Studio session proof, Marketplace listing proof, Registry update proof, support action proof, correction proof, teardown proof, and archive proof.

50.7.5 Proof Scope Discipline. Proof Records shall state exactly what is proved and what is not proved. A proof that a test ran shall not prove that a system is safe. A proof that a review occurred shall not prove approval beyond review scope. A proof that a package was listed shall not prove endorsement. A proof that a Studio session occurred shall not prove adoption.

50.7.6 Verifiable Compute and Verifiable Intelligence Alignment. Proof Record Schemas may support verifiable compute and verifiable intelligence by recording workload identity, inputs, environment, model or code version, output identifier, review state, and reproducibility limits where appropriate. Verifiability shall be bounded by recorded scope.

50.7.7 Proof Schema Boundary. Proof Record Schema conformance or proof issuance shall not create certification, public authority approval, procurement status, financeability, insurability, consent, deployment authorization, operational command, or execution authority unless a separate competent process creates that status.

50.7.8 Proof Schema Correction. Proof Record Schemas shall be corrected where scope is ambiguous, proof language overclaims, verification fields are insufficient, AI involvement is missing, timestamps are unreliable, or proof records are used as approval or execution claims.

50.7.9 Proof Record Schema Formula. Proof Record Schemas shall follow the formula: prove only what occurred; state scope and limits; link source records; correct proof overclaim; never let proof of process become approval of substance.

50.8 Public-Safe Label Schemas

50.8.1 Public-Safe Label Schema Identity. Public-Safe Label Schemas shall be governed schemas defining how Foundry labels public-facing, controlled-public, restricted, national-only, public authority-facing, community-facing, Indigenous-facing where applicable, Marketplace-facing, Registry-facing, Studio-facing, media-facing, and archive-facing materials for safe interpretation.

50.8.2 Public-Safe Label Purpose. Public-Safe Label Schemas shall prevent users from confusing Foundry materials with official public warnings, risk ratings, regulatory findings, procurement determinations, finance signals, insurance determinations, public authority decisions, community consent, Indigenous consent where applicable, deployment authorization, or execution commands.

50.8.3 Public-Safe Label Elements. Public-Safe Label Schemas shall include, where applicable, audience, purpose, data class, sensitivity class, public-safe class, status class, confidence label, uncertainty label, drift label, source record, review state, update state, support state, correction link, archive status, no-conversion language, and prohibited interpretations.

50.8.4 Public-Safe Label Classes. Label classes may include public-safe, controlled-public, internal, restricted, secure-room-only, national-only, public authority learning only, draft, reviewed-with-limitations, demonstration, simulation, non-current, corrected, withdrawn, archived, no-public-warning, no-rating, no-finance-reliance, no-procurement-reliance, no-consent, no-deployment, and no-execution.

50.8.5 Visual and Interface Labels. Public-Safe Label Schemas shall govern how labels appear in dashboards, maps, Studio runtime, Marketplace listings, Registry records, public reports, Academy materials, Nexus Universe materials, and handoff packages. Color, icon, ranking, threshold, and alert-like presentation shall be controlled to avoid overclaim.

50.8.6 Translation and Accessibility. Public-Safe Labels shall be translated and made accessible without weakening boundary meaning. Plain-language summaries shall preserve legal and institutional limits.

50.8.7 Public-Safe Label Boundary. A public-safe label means that material has been reviewed for public-safe communication within stated limits. It does not create public authority approval, certification, financeability, procurement suitability, consent, deployment authorization, or execution authority.

50.8.8 Public-Safe Label Correction. Public-Safe Label Schemas shall be corrected where labels are confusing, visuals imply warnings or ratings, translations weaken limits, dashboard labels mislead, Marketplace labels overclaim, or public-safe status is treated as official approval.

50.8.9 Public-Safe Label Schema Formula. Public-Safe Label Schemas shall follow the formula: label audience, status, confidence, uncertainty, drift, and limits; design against overclaim; correct misleading labels; never let public-safe display become official authority.

50.9 Marketplace Metadata

50.9.1 Marketplace Metadata Identity. Marketplace Metadata shall be the governed metadata attached to Foundry Objects listed, proposed, restricted, delisted, deprecated, withdrawn, or archived in Nexus Marketplace or equivalent discovery surfaces. Marketplace Metadata shall enable discovery while preserving status truth, support limits, provider neutrality, public-safe language, and no-conversion discipline.

50.9.2 Marketplace Metadata Purpose. Marketplace Metadata shall help users understand what an object is, what version it is, what it does, what it does not do, who stewards it, what support applies, what dependencies exist, what license or terms apply, what data it requires, what risks apply, what Registry record supports it, what Studio relationship exists, what national localization exists, and what cannot be claimed.

50.9.3 Marketplace Metadata Record. Each Marketplace Metadata Record shall include object identifier, title, description, object class, version, steward, release status, support status, license or terms, dependencies, data requirements, security notes, AI notes where applicable, public-safe labels, Registry references, Studio references where applicable, national localization status, access class, correction link, delisting status, archive status, and prohibited interpretations.

50.9.4 Marketplace Claims Fields. Marketplace Metadata shall include explicit no-conversion fields stating that listing does not create recognition, certification, endorsement, provider validation, procurement preference, financeability, insurability, public authority approval, community consent, Indigenous consent where applicable, deployment authorization, or execution authority.

50.9.5 Marketplace Provider and Sponsor Fields. Marketplace Metadata shall disclose material provider, sponsor, partner, cloud, model, hardware, or proprietary dependencies where relevant. Disclosure shall not imply validation. Hidden dependencies shall trigger correction.

50.9.6 Marketplace Metadata Localization. Marketplace Metadata may be localized for language, country, region, sector, public authority context, data residency, community safeguard, Indigenous protocol sensitivity where applicable, and support status. Localization shall preserve source status and no-conversion language.

50.9.7 Marketplace Metadata Boundary. Marketplace Metadata completeness, search ranking, category placement, featured status, download availability, Studio link, or Registry link shall not create endorsement, approval, procurement preference, financeability, consent, deployment authorization, or execution authority.

50.9.8 Marketplace Metadata Correction. Marketplace Metadata shall be corrected where support status changes, dependencies change, public-safe language overclaims, Registry links become stale, Studio status changes, provider influence appears, or listing metadata is used as endorsement.

50.9.9 Marketplace Metadata Formula. Marketplace Metadata shall follow the formula: describe for discovery; disclose support and dependencies; link to Registry truth; preserve no-conversion fields; correct misleading listing data; never let metadata become endorsement.

50.10 Registry State Metadata

50.10.1 Registry State Metadata Identity. Registry State Metadata shall be the governed metadata defining the state of Foundry Objects within Nexus Registry or equivalent status-truth surfaces, including identity, version, release, support, correction, public notice, Marketplace reference, Studio reference, national localization, TRL input, handoff dependency, withdrawal, retirement, archive, and reinstatement state.

50.10.2 Registry State Metadata Purpose. Registry State Metadata shall preserve status truth and prevent informal status drift. It shall make clear what is current, non-current, supported, unsupported, corrected, withdrawn, archived, restricted, public-safe, Marketplace-listed, Studio-prepared, Grid-input, handoff-adjacent, or superseded.

50.10.3 Registry State Metadata Record. Each Registry State Metadata Record shall identify object identifier, object class, version, current state, prior state, state basis, effective date, steward, source records, release relationship, support relationship, correction relationship, public notice relationship, Marketplace relationship, Studio relationship, national localization relationship, TRL input relationship, handoff relationship, archive relationship, and prohibited interpretations.

50.10.4 Registry State Classes. Registry states may include proposed, draft, experimental, internal, restricted, release-candidate, released, supported, unsupported, Marketplace-listed, Studio-prepared, Studio-active, Grid-input-candidate, handoff-dependency-mapped, corrected, superseded, suspended, withdrawn, deprecated, retired, archived, sealed, deletion-verified, and reinstated.

50.10.5 State Transition Rules. Registry state transitions shall require source records and shall not occur by informal communication, repository tag, event presentation, sponsor statement, provider statement, public authority attendance, Marketplace visibility, Studio use, or user assumption. State changes shall be correctionable and archived.

50.10.6 Registry Public Display. Public or controlled-public display of Registry State Metadata shall include status, support, correction, and no-conversion language appropriate to audience and risk. Status labels shall not imply universal approval.

50.10.7 Registry State Metadata Boundary. Registry state metadata shall not create recognition, certification, public authority approval, procurement status, financeability, insurability, provider validation, consent, deployment authorization, operational readiness, or execution authority.

50.10.8 Registry State Metadata Correction. Registry State Metadata shall be corrected where state is wrong, support status changes, correction status changes, Marketplace or Studio links mislead, archive status is misunderstood, or Registry state is used as approval.

50.10.9 Registry State Metadata Formula. Registry State Metadata shall follow the formula: state lifecycle truth by record; require source for transitions; display support and correction; archive prior states; never let registry state become universal approval.

50.11 Studio Runtime Metadata

50.11.1 Studio Runtime Metadata Identity. Studio Runtime Metadata shall be the governed metadata attached to Studio Runtime Packages, sessions, dashboards, simulations, agents, workflows, data references, tool permissions, output rules, user classes, support status, shutdown triggers, correction pathways, and archive references used in Nexus Studio or equivalent controlled runtime environments.

50.11.2 Studio Runtime Metadata Purpose. Studio Runtime Metadata shall ensure that users understand what a Studio runtime is, what it can do, what it cannot do, what data it uses, what tools it may invoke, what outputs mean, what support applies, what review is required, and why Studio use does not create decision or deployment authority.

50.11.3 Studio Runtime Metadata Record. Each Studio Runtime Metadata Record shall include runtime package identifier, source object, version, runtime class, purpose, user class, session limits, data classes, tool permissions, agent permissions, compute environment, network environment, public-safe status, support status, output classes, output-review requirements, shutdown triggers, correction pathway, archive rule, and prohibited interpretations.

50.11.4 Studio User and Session Fields. Studio Runtime Metadata shall define eligible user classes, access conditions, session duration, permitted actions, prohibited actions, logging where appropriate, no-download rules where applicable, secure-room rules where applicable, output export rules, and support contact where applicable.

50.11.5 Studio Output Fields. Studio Runtime Metadata shall define whether outputs are draft, demonstration, simulation, learning, restricted, public-safe, reviewed, unreviewed, national-only, secure-room-only, handoff-review-required, or archive-only. Studio outputs shall not be used downstream without appropriate review.

50.11.6 Agent and Tool Fields. Where Studio Runtime Packages include agents or tools, metadata shall define agent identity, autonomy level, tool permissions, data permissions, human approval points, output review, shutdown triggers, and prohibited actions. Agents shall not receive hidden authority.

50.11.7 Studio Runtime Metadata Boundary. Studio Runtime Metadata, Studio-ready status, Studio-active status, session completion, or output class shall not create public authority decision, procurement status, financeability, insurability, consent, deployment authorization, operational command, or execution authority.

50.11.8 Studio Runtime Metadata Correction. Studio Runtime Metadata shall be corrected where data classes are wrong, tool permissions exceed scope, agent autonomy is understated, support status changes, outputs are mislabeled, shutdown triggers fail, or Studio use is treated as deployment authority.

50.11.9 Studio Runtime Metadata Formula. Studio Runtime Metadata shall follow the formula: describe runtime conditions; restrict users, data, tools, and agents; label outputs; trigger shutdown on risk; correct session meaning; never let runtime metadata become decision authority.

50.12 Local Extension Without Semantic Forking

50.12.1 Local Extension Principle. Local Extension Without Semantic Forking shall allow national, regional, sectoral, institutional, community, Indigenous protocol-sensitive where applicable, language, public authority, data, compute, Studio, Marketplace, Registry, and handoff contexts to add fields, labels, profiles, rules, templates, and examples without silently changing the core meaning of Foundry terms, schemas, records, statuses, or boundaries.

50.12.2 Purpose. Local extension shall enable localization and practical usability while preserving interoperability, correctionability, common rail, Registry truth, Marketplace consistency, Studio safety, public-safe meaning, and lawful handoff discipline. Foundry shall localize without losing its semantic spine.

50.12.3 Extension Record. Each material local extension shall have an Extension Record identifying baseline object, extension context, added fields, modified fields, unchanged fields, rationale, local steward, national or regional pathway where applicable, language notes, public authority implications, data implications, safeguard implications, compatibility notes, migration notes, correction pathway, archive rule, and prohibited interpretations.

50.12.4 Permitted Extensions. Local extensions may add jurisdiction-specific legal references, language variants, public authority routing fields, data residency fields, national support fields, community safeguard fields, Indigenous protocol fields where applicable, sector examples, local infrastructure categories, accessibility fields, local dashboard labels, and handoff dependency fields where compatible with the baseline.

50.12.5 Prohibited Silent Forks. Local extensions shall not silently redefine release status, support status, Registry status, Marketplace status, Studio authorization, TRL input status, public-safe status, public authority language, finance-readiness language, procurement-neutrality language, consent language, deployment language, or execution language. Any divergence shall be explicit and reviewed.

50.12.6 Compatibility Controls. Local extensions shall preserve canonical identifiers, version lineage, controlled vocabulary references, baseline schema references, correction links, archive links, no-conversion language, and migration rules. Where compatibility cannot be preserved, a formal fork, supersession, or restricted local variant record shall be required.

50.12.7 Local Extension Boundary. Local extension shall not create government approval, regional approval, public authority adoption, procurement status, financeability, insurability, consent, deployment authorization, or execution authority.

50.12.8 Extension Correction. Local extensions shall be corrected where they create semantic drift, mistranslation, authority overclaim, incompatible data fields, public-safe confusion, national bypass, provider capture, or local use as approval.

50.12.9 Local Extension Formula. Local Extension Without Semantic Forking shall follow the formula: extend for context; preserve canonical meaning; record divergence; review authority-sensitive changes; correct local drift; never let localization silently redefine status or authority.

50.13 Versioning, Deprecation, and Archive

50.13.1 Versioning Principle. Versioning, Deprecation, and Archive shall govern how Foundry ontologies, controlled vocabularies, schemas, data dictionaries, metadata models, evidence schemas, proof schemas, public-safe label schemas, Marketplace metadata, Registry state metadata, Studio runtime metadata, local extensions, and related semantic assets change over time.

50.13.2 Versioning Purpose. Versioning shall prevent silent supersession, hidden field changes, broken interoperability, stale public-safe labels, outdated Registry states, misleading Marketplace metadata, unsafe Studio metadata, unsupported local extensions, and loss of correction history. Semantic infrastructure shall evolve by record, not by drift.

50.13.3 Version Record. Each material version shall have a Version Record identifying asset, version number or label, effective date, prior version, change summary, changed fields, added fields, removed fields, deprecated terms, compatibility impact, migration requirements, affected records, affected national profiles, affected Marketplace listings, affected Registry states, affected Studio packages, correction pathway, archive rule, and prohibited interpretations.