# 0. Overview

### Part 1 — Purpose, Boundary, Integrity Doctrine

#### 1. Purpose

1.1 Nexus Platforms constitute a governed, AI-assisted, community-operated **standards + intelligence commons** whose primary function is to convert human and institutional contributions into **structured, versioned, reusable objects**—including standards, frameworks, profiles/implementation guides, artifacts, conformance suites, conformance reports, releases, corrections/supersessions, interoperability mappings, learning modules, and Nexus Reports—under deterministic lifecycle rules and explicit reliance bounds.\
1.2 Nexus Platforms are designed to industrialize **testable and correctionable knowledge production**: outputs must be capable of being reviewed, replicated where applicable, conformance-tested where claims are asserted, and corrected without silent edits, with durable provenance and audit traceability.\
1.3 Nexus Platforms maximize **artifact mobility** (movement of governed objects, summaries, evidence packs, and release bundles) and minimize **data mobility** (movement of raw or sensitive inputs), enabling sovereignty-preserving collaboration through compute-to-data lanes, controlled distribution, and handling-aware publication.\
1.4 Nexus Platforms further require that controlled or restricted work produce **public-good extracts** where feasible and lawful (public-safe summaries, method cards, limitations disclosures, and lawful aggregates), thereby ensuring regenerative value creation without amplifying harm risk.\
1.5 Nexus Platforms exist to provide an examiner-operable, audit-grade **truth surface** for “what is current,” “what is superseded,” “what is contested,” “what was tested,” and “what can be relied upon,” with standing determined solely by recorded acts and register pointers.

#### 2. Boundary

2.1 Nexus Platforms provide the infrastructural primitives and governance lanes for: (a) identity and participation surfaces; (b) collaboration workspaces; (c) forms-first, records-first governance workflows; (d) canonical registers and truth surfaces; (e) handling-separated indexing, retrieval, and intelligence tooling; (f) credits and capability progression; (g) publication, versioning, correction, and archiving discipline; (h) conformance and reproducibility operations; (i) report desks, editorial workflows, and subscription channels; and (j) cloneable instance kits and federation-safe interoperability scaffolding.\
2.2 Nexus Platforms do not substitute for community operations. Communities provide: working groups, nominations, peer review, replication, conformance execution, editorial cadence, maintenance, and corrections—operating inside the platform’s record-valid lanes, subject to handling, COI, and due-process constraints.\
2.3 Nexus Platforms enforce minimum governance invariants across deployments: required metadata gates, handling rules, immutability discipline, correction/supersession semantics, and registry truth surfaces; local overlays may add stricter controls but may not relax core gates while still claiming NXPP conformance.\
2.4 Nexus Platforms are intentionally modular: deployments may swap model providers, hosting environments, and identity systems, provided that handling segregation, audit integrity, and validity-by-record are preserved.

#### 3. Non-Executing Perimeter

3.1 Nexus Platforms do not conduct underwriting, placement, custody, settlement, solicitation, procurement steering, market manipulation, operational command, supervisory decisioning, or other regulated execution activities, and do not act as a market venue or deal room.\
3.2 All outputs are **informational artifacts**: they must include explicit reliance bounds, limitations, uncertainty notes, expiry/review dates, and correction paths; no output confers implied authority, endorsement, certification, or operational instruction.\
3.3 Requests for operational instructions—especially where detail increases harm risk (e.g., targeting cues, exploitability, sensitive infrastructure)—must be refused or redirected into **non-operational artifacts** (method cards, bounded guidance, control frameworks) and may require staged release with redaction and purpose constraints.\
3.4 The perimeter is enforced by design through templates, workflow blockers, handling gates, assistant refusal triggers, and publication rules; perimeter breaches trigger integrity incident workflows and corrective publication where needed.

#### 4. Validity-by-Record

4.1 Standing arises only from **record-valid acts** executed on the platform and reflected in canonical registers and current pointers.\
4.2 Off-platform statements, reposts, screenshots, and forwarded messages have no standing unless represented as record-valid objects with complete required metadata, handling election, provenance/rights attestation, and registry pointers.\
4.3 Validity is not social consensus; it is a governed property attached to objects via recorded lifecycle states, decision records, signatures/attestations where configured, and register entries that are auditable and time-stamped.\
4.4 “Official” claims (e.g., “current standard,” “conformant,” “approved release,” “contested”) are permitted only when they map to register status and recorded decisions.

#### 5. Handling and Safety Posture

5.1 Nexus Platforms operate in three handling classes—**Public-Safe / Controlled / Restricted**—with automatic routing, access gates, distribution logs, staged release rules, expiry enforcement, and leakage testing across search, assistants, embeds, and exports.\
5.2 Handling is a first-class attribute of all objects, actions, indices, exports, and distributions. Handling inheritance applies to bundles and derivatives; down-classification is permitted only by recorded decision with rationale and safety review where required.\
5.3 Handling controls are not cosmetic. They bind: who may access; what may be indexed; what may be exported; how long content remains valid; whether public-safe abstracts are mandatory; and what disclosure/limitation language must be attached.\
5.4 Increased sensitivity increases governance requirements (reviewer qualification, distribution logging rigor, staged release obligations, and retention minimization), and may require step-up authentication and stricter tenant isolation.

***

### Part 2 — Ecosystem Alignment, Two-Stack Firewall, Dual Logging

#### 1. Two-Stack Firewall Alignment

1.1 Nexus Platforms operate exclusively as **public-good governance infrastructure**: standards object model, record-valid governance, conformance scaffolding, publication discipline, handling controls, audit and correction infrastructure, and intelligence tooling that is assistive and non-authoritative.\
1.2 Regulated execution is performed only by licensed delivery stacks outside Nexus Platforms. Nexus Platforms remain vendor-neutral, procurement-neutral, and non-executing; outputs may be used by external actors only under explicit reliance bounds and non-endorsement disclaimers.\
1.3 The firewall is enforced through: (a) prohibited activity rules; (b) refusal patterns for operational execution requests; (c) separation of duties in privileged access; (d) competition-safe meeting controls; and (e) misrepresentation and sanction mechanisms.\
1.4 Any integration with execution stacks (e.g., references, links, compatibility mappings) must be framed as interoperability information, not direction, solicitation, or endorsement.

#### 2. Dual-Logging Validity (Designated Acts)

2.1 For designated acts requiring ecosystem force-and-effect, validity is anchored recognizing dual records: (a) GRF Council Register entry (legal record) and (b) Nexus Ledger anchoring under NSF protocol authority (technical anchor), with mismatch lock where required by governance.\
2.2 Dual logging clarifies provenance, authority scope, and correctionability: the legal register provides the authoritative narrative record; the ledger provides immutable anchoring and enforcement primitives for designated lifecycle actions.\
2.3 Where a deployment is local-only without ledger anchoring, designated acts must be labeled **Local-Only Standing** with explicit portability and interoperability limits; cross-node or ecosystem-wide claims are prohibited unless dual-logging requirements are met.\
2.4 Dual-logging elections, where applicable, must include: authority basis, scope, handling, reliance bounds, expiry/review date, and correction/supersession path.

#### 3. Whitelabel and Localization

3.1 Whitelabeled instances may localize branding, language, legal overlays, identity integration (SSO), and jurisdiction-specific disclaimers, provided NXPP protocol invariants remain intact (Part 13).\
3.2 Localization may add stricter requirements (e.g., additional review layers, stricter retention, broader redaction) but may not reduce required metadata gates, handling segregation, immutability, correction discipline, or validity-by-record.\
3.3 Whitelabel deployments must preserve perimeter disclaimers, handling discipline, and register truth surfaces on all pages and interfaces, including assistants, exports, and subscription flows.\
3.4 Claims of “NXPP-Conformant” are time-boxed and must be backed by conformance evidence under Part 17.

***

### Part 3 — Canonical Object Model (Standards OS)

#### 1. Principle: Objects, Not Documents

1.1 A “page” is a presentation layer; authority attaches only to a **versioned object** whose standing is conferred by record-valid lifecycle state and registry pointer.\
1.2 Objects have explicit relationships: releases bundle objects; reports cite objects; corrections supersede objects; mappings link objects; conformance reports validate claims about object versions.\
1.3 Published releases and report editions are immutable; edits require correction/supersession objects with diffs and migration notes; archives remain accessible with status banners.\
1.4 Object identity and lineage must remain stable across exports and federations to preserve auditability and long-term citability.

#### 2. Canonical Object Types (Core Set)

2.1 Nexus Platforms maintain canonical object types, each with required metadata, lifecycle states, and register representation:

* 2.1.1 **STD** Standard (normative; invariants; schema pointers; compatibility rules; deprecation semantics).
* 2.1.2 **FRM** Framework (non-normative control/governance structure; bounded reliance).
* 2.1.3 **PRF/IG** Profile / Implementation Guide (jurisdiction/sector overlays; no core semantic forks; explicit deltas).
* 2.1.4 **ART** Artifact (templates, checklists, method cards, runbooks, dataset/model cards; usage bounds).
* 2.1.5 **CS** Conformance Suite (tests, vectors/fixtures, harness notes, pass/fail criteria; negative/adversarial tests where relevant).
* 2.1.6 **CV** Conformance Vector / Fixture (test inputs; rights-attested; minimized; handling-classified; content-addressed where feasible).
* 2.1.7 **HS** Harness Specification / Notes (execution recipe; deterministic settings; logging; normalization; environment constraints).
* 2.1.8 **CR** Conformance Report (signed evidence; tested object IDs/versions; environment fingerprint; results; limitations; validity window).
* 2.1.9 **REL** Release Bundle (immutable bundle; current pointer; compatibility declarations; dependency graph).
* 2.1.10 **COR/SUP** Correction / Supersession (diff; rationale; migration notes; errata/withdrawal; contest resolution outcomes).
* 2.1.11 **WGC** Working Group Charter (scope/exclusions; decision rule; handling default; expiry; COI posture).
* 2.1.12 **RM** Role Marker (scoped, time-boxed, revocable; privileges and duties; separation constraints).
* 2.1.13 **DR** Decision Record (accept/reject/waiver rationale; dispute/appeal outcomes; publication actions; remedy obligations).
* 2.1.14 **CFW** Call for Work (quests/bounties/builds/hackathons; deliverables; acceptance spine; handling defaults).
* 2.1.15 **PGE** Public-Good Extract (safe derivative: summary + method card + limitations + lawful aggregates).
* 2.1.16 **RPT** Nexus Report (governed publication; edition immutability; correction discipline; subscription bindings).
* 2.1.17 **SUB** Subscription Channel (handling-aware eligibility; consent; audit; distribution constraints).
* 2.1.18 **MAP/IOP** Mapping / Interop Profile (equivalence limits; transformation rules; warnings; tests proving invariants).\
  2.2 Each object type has a defined minimum: what it asserts, what it excludes, what it depends on, how it can be tested, and how it can be corrected or withdrawn.

#### 3. Mandatory Metadata (Release Blockers)

3.1 No publishable object may be released unless it includes, at minimum: scope + exclusions; handling election; reliance bounds (intended/non-intended/limitations/uncertainty); expiry/review date; correction/dispute path + clocks; provenance + rights/permissions attestation; COI flag + disclosure link where applicable; dependencies/compatibility where relevant; jurisdiction label where applicable.\
3.2 Metadata completeness is conformance-testable. The platform enforces automated blockers at publish time and (where configured) at index admission time to prevent incomplete objects from becoming discoverable.\
3.3 Reliance bounds must be content-specific and non-boilerplate; where uncertainty is material, the object must declare uncertainty sources and the conditions under which reliance is inappropriate.\
3.4 Rights attestation must include minimum permissions assertions for redistribution, derivatives (e.g., public-good extracts), and test vector usage.

#### 4. Immutability, Correctionability, and Current Pointer

4.1 Published objects and report editions are immutable; silent edits are prohibited, including “minor edits” that would change meaning, scope, or reliance.\
4.2 Updates require COR/SUP objects containing explicit diffs, rationale, and migration notes; contested items must display “under contest” and may require interim warnings or withdrawals.\
4.3 Each object family maintains a “current pointer” that moves only through recorded decision and is auditable, including who moved it, why, under what authority/role marker, and with what conformance evidence.

***

### Part 4 — Records-First Governance (Validity Engine)

#### 1. Record-Valid Acts (RVA)

1.1 Governance and lifecycle actions occur only through RVAs, including onboarding, COI declarations, handling elections, WG chartering, role markers, release requests, report commissioning/publishing, conformance submissions, corrections, disputes, appeals, waivers, exceptions, sanctions, and reinstatements.\
1.2 Each RVA is a structured submission producing: immutable record; lifecycle state transition; register update where applicable; and audit log events for all materially relevant actions and accesses.\
1.3 RVAs bind obligations. Where waivers/exceptions are granted, RVAs must record scope, duration, compensating controls, and remediation clocks.\
1.4 RVAs operate as the constitutional interface: assistants may help populate drafts, but recorded acts require human-authorized submission under valid role markers.

#### 2. Lifecycle State Machines (Minimum)

2.1 Standard: draft → review → candidate → accepted → published → maintained → superseded/withdrawn.\
2.2 Release: assembled → gated → reviewed → approved → published → pointer-set → maintained → superseded.\
2.3 Report: commissioned → drafted → reviewed → published → monitored → corrected/superseded → archived/expired.\
2.4 Conformance suite: draft → candidate → plugfest-ready → accepted → published → maintained → superseded/withdrawn.\
2.5 Conformance report: submitted → triaged → verified → accepted/rejected → registered → referenced → archived/expired.\
2.6 Dispute/appeal: filed → triaged → responded → resolved → remedied → closed.\
2.7 State transitions are privilege-gated and handling-aware; unauthorized transitions are blocked by design and logged as integrity events.

#### 3. Decision Records, Due Process, and Clocks

3.1 Accept/reject/waiver decisions require Decision Records with rationale, scope, limitations, dissent handling where applicable, and remediation obligations.\
3.2 Disputes and appeals are time-boxed with response clocks; “under contest” states are visible, propagate to dependent objects and reports, and trigger warning banners on affected content.\
3.3 Integrity-critical actions may trigger stop-the-line measures (Part 14) including publication freezes, access revocations, distribution recall attempts (where feasible), and mandatory public-safe abstracts describing what changed and why.\
3.4 Due process requires that resolution outcomes be represented as corrections/supersessions/withdrawals with explicit diffs or clear statement of remedy and scope.

#### 4. Publication Blockers

4.1 Missing required metadata fields, handling review outcomes, rights attestations, COI disclosures where applicable, or required conformance linkages block publication by design.\
4.2 Where conformance is not feasible, objects must declare non-testable status, rationale, and a plan for future testability or bounded reliance constraints.\
4.3 Publication blockers must be deterministic, visible to submitters, and auditable, reducing discretionary variance across reviewers and deployments.

***

### Part 5 — Handling, Distribution, Staged Release, Leakage Prevention

#### 1. Handling Classes

1.1 **Public-Safe:** default; publishable; widely indexable; designed to avoid harm amplification; must not include exploit-enabling detail or targeting cues.\
1.2 **Controlled:** eligibility-gated; distribution logged; expiry required; purpose constraints may apply; may include more specificity but remains non-operational.\
1.3 **Restricted:** deny-by-default; tight eligibility; distribution logged; staged release mandatory; public-safe abstract required; enhanced posture may apply (step-up auth, stricter retention minimization, isolated tenant keys).\
1.4 Handling determines permissible indexing, retrieval, export, and assistant behavior, including refusal and redaction triggers.

#### 2. Staged Release (Hard Gate)

2.1 Where detail increases harm risk (market sensitivity, critical infrastructure targeting cues, exploitability, dual-use, privacy), Nexus Platforms enforce staged release: public-safe abstract first; controlled/restricted appendices separately; redaction and non-operational framing; expiry and renewal prompts for sensitive appendices.\
2.2 Staged release must record: what was withheld, why it was withheld, who may access, and what the expiry/review conditions are, without disclosing restricted details in the public abstract.\
2.3 Where feasible, staged release should produce public-safe method cards that disclose process and limitations without exposing sensitive specifics.

#### 3. Distribution Logs and Purpose Binding

3.1 Controlled/Restricted access records must include: subject identity (or role marker where stealth rules apply), object ID/version, time, role marker, purpose statement, expiry, and distribution method.\
3.2 Distribution logs support expiry enforcement and, where feasible, recall posture; repeated misuse patterns trigger sanctions workflows.\
3.3 Purpose binding is not ceremonial; it constrains downstream reuse claims and supports accountability for sensitive distributions.

#### 4. Cross-Index Leakage Prevention

4.1 Handling-segregated indices and assistants must be continuously tested for leakage, including prompt-injection and cross-handling bait; failures trigger integrity incidents and stop-the-line measures.\
4.2 Leakage testing must cover: search results, embeddings, cached previews, export endpoints, assistant retrieval, and any third-party integration surfaces.\
4.3 Remediation must include correction records, reindexing, access revocations where appropriate, and publication of public-safe incident summaries where required.

***

### Part 6 — Identity, Participation, Authorization, and Tenant Isolation

#### 1. Nexus Passport and Participation Identity

1.1 Nexus Passport captures domain interests, expertise, languages, jurisdictions, helix affiliation, declared constraints, COI disclosures, and visibility preferences; it supports discoverability and routing but does not itself confer authority.\
1.2 Authority arises only from recorded role markers with scope, term, duties, and separation constraints; passports provide eligibility signals and disclosure surfaces.\
1.3 Visibility controls must never override handling constraints; a user may choose to be less visible, but cannot publish more widely than handling permits.

#### 2. Integrated Learning Account (ILA)

2.1 ILA displays contributions, roles, credits, review history, replication outcomes, and capability progression; ILA links to record-valid acts and accepted outcomes, forming an audit-grade competence portfolio.\
2.2 ILA supports eligibility gating (review pools, controlled lanes, maintainer roles) based on verified contribution and verification histories rather than social popularity metrics.\
2.3 Misconduct or misrepresentation can trigger ILA annotations, credit clawbacks, and role marker revocations through recorded decisions.

#### 3. Authentication and Step-Up

3.1 Deployments may support local identities or federated SSO with MFA; controlled/restricted actions may require step-up authentication, risk-based challenges, or device posture checks where configured.\
3.2 Authentication events must be audit-logged for controlled/restricted actions, with retention aligned to jurisdiction and handling.

#### 4. Authorization (RBAC + ABAC)

4.1 Authorization is evaluated by role marker, handling class, jurisdiction, purpose, timebox, and device posture (where configured); Restricted operates deny-by-default.\
4.2 Authorization decisions must be deterministic and logged; override paths must be break-glass only, time-boxed, and post-reviewed.

#### 5. Tenant Isolation and Sovereign Keys

5.1 Tenants may be isolated by indices, object stores, audit logs, distribution logs, encryption keys, and retention schedules; restricted tenants may require per-tenant key custody and stricter rotation policies.\
5.2 Federation defaults to metadata-only exchange unless explicitly authorized and logged; controlled/restricted content does not federate by default.\
5.3 Isolation boundaries must be conformance-tested where NXPP conformance is claimed.

#### 6. Privileged Access Management

6.1 Privileged roles are separated by plane: admin; records/register; handling/security; conformance; editorial/publishing; and, where configured, federation operations.\
6.2 Break-glass access is time-boxed, logged, and post-reviewed with decision records; break-glass may trigger temporary publication freezes.

***

### Part 7 — Community Graph, Credits, Role Terming

#### 1. Work Units

1.1 Nexus Platforms support Guilds (domain homes), Working Groups (chartered drafting bodies), Review Pools (eligibility-gated rotations), Replication Cells (reproducibility execution), Clinics/Sessions (time-boxed production rooms), and Publisher Rooms (report desks).\
1.2 WGs exist only by charter-as-record; sessions produce outputs but confer no standing until routed into record-valid pipelines and published via registers.\
1.3 Communities self-organize within bounded governance lanes; platform controls ensure legitimacy comes from recorded charters, recorded releases, conformance evidence, and correction discipline.

#### 2. Role Markers and Terming

2.1 Elevated roles (reviewer, steward, maintainer, session lead, editor, conformance lead) are time-boxed, scoped, revocable, and valid only by recorded role marker.\
2.2 Role markers define duties, separation constraints (e.g., author vs verifier independence where required), and minimum conduct requirements; violations trigger revocation processes.\
2.3 Role markers may be layered (e.g., handling reviewer + conformance reviewer) where sensitivity requires dual review.

#### 3. Credits and Reputation (iCRS)

3.1 Credits types: pCredits (participation), vCredits (verification), eCredits (engagement). Credits accrue only on accepted record-valid acts and accepted outcomes; no “likes economy.”\
3.2 Anti-gaming controls include caps, uniqueness rules, acceptance gates, reviewer rotation, and revocation/clawback upon proven manipulation, misconduct, or misrepresentation.\
3.3 Credits unlock eligibility for controlled lanes, reviewer pools, maintainer nominations, and editorial/conformance roles; compute usage and paid capacity (if any) do not buy influence over standing or decisions.

***

### Part 8 — Intelligence Layer, Assistants, Content Studio, AI Forms, Media

#### 1. Handling-Separated Indices

1.1 Nexus maintains three indices: public, controlled, restricted; index admission requires metadata completeness and handling eligibility, and may require additional review for controlled/restricted objects.\
1.2 Indexing must preserve object IDs, versions, status, and current pointers; index content must respect staged release boundaries.

#### 2. Intelligence Recycling Pipeline

2.1 Drafts and deliberations may be converted into structured outputs: public-safe summaries, method cards, artifact candidates, tags/mappings, reliance bounds scaffolds, and release candidate bundles—subject to handling constraints, review gates, and rights attestation.\
2.2 Recycling must not bypass governance; it produces candidate objects routed into queues, not authoritative releases.\
2.3 Recycling should produce consistency improvements (taxonomy alignment, metadata completion prompts, limitation disclosures) to reduce reviewer burden and variance.

#### 3. Assistive AI Doctrine

3.1 AI assists in drafting, structuring, mapping, summarizing, and retrieval within authorized indices; it does not approve, certify, or confer standing.\
3.2 Every generated output includes source footprint where feasible, limitation cues, uncertainty prompts, and non-authority disclaimers unless it is a registered release.\
3.3 Assistants must enforce handling segregation and perimeter rules, including refusal/redirect patterns for operational execution or exploit-enabling detail.

#### 4. Conversational Interface

4.1 Domain assistants operate per Guild and cross-cutting functions; context awareness is bounded to authorized materials and handling constraints.\
4.2 File/image uploads for session context require handling election, retention rules, and explicit disclosure that uploads do not automatically become publishable objects.\
4.3 Safety triggers enforce refusal/redirect for operational instruction requests and staged release for sensitive domains; repeated boundary-pushing patterns trigger rate limits and escalation to handling/security review.

#### 5. Content Studio

5.1 Structured authoring templates support standards, profiles, artifacts, dataset/model cards, conformance objects, and reports; templates enforce required fields and reliance bounds.\
5.2 Bulk normalization improves discoverability and coherence (titles, tags, mappings, excerpts) but may not silently change standing content; any semantic change to released objects requires correction/supersession.\
5.3 Scheduled publishing is permitted only through approval gates at publish time; scheduled items must re-validate blockers at release.

#### 6. AI Forms (Constitutional Interface)

6.1 Drag-and-drop form builder implements record-valid acts as controlled workflows; forms define state machines, required fields, and routing rules.\
6.2 AI-assisted forms may populate fields from authorized indices while preserving handling constraints; generated form content must be reviewable and editable before submission.\
6.3 Form configurations are portable across deployments; token/credit gates may restrict sensitive or high-cost forms without affecting governance standing.

#### 7. Media Generator

7.1 Media generation (images/visuals) is treated as publication content: handling-classified, logged, usage-limited, and subject to correction discipline.\
7.2 Media objects must include rights and provenance attestations and may require public-safe disclaimers to prevent misinterpretation as operational instruction or endorsement.

***

### Part 9 — Automation Engine, Tasks, and Guardrails

#### 1. Automation Scope

1.1 Automation supports scheduled content creation into draft queues, scheduled refresh/normalization, indexing automation, comment/onboarding assistance, translation routing, and expiry/renewal workflows.\
1.2 Automation may not publish authoritative outcomes without record-valid approvals and may not represent official decisions; automation outputs are drafts unless explicitly released via governance gates.\
1.3 Automation must be handling-aware: it may not move content into wider visibility classes; it must respect retention and export controls.

#### 2. Publishable Automation

2.1 Automation may assemble draft reports from curated sources and route to editorial review; it may generate public-good extracts for controlled/restricted work, subject to handling review and recorded approval.\
2.2 Bulk changes require supersession discipline; no silent edits to released objects or report editions; automation must create candidate correction objects rather than editing published artifacts in place.\
2.3 Automation behavior and schedules must be change-controlled and auditable, including the sources it ingests and the templates it applies.

***

### Part 10 — Conformance, Reproducibility, Plugfests, Interoperability

#### 1. Conformance Doctrine

1.1 Serious claims are expressed as conformance suites with vectors and harness notes and validated via signed conformance reports linked to releases.\
1.2 Conformance validates claims/artifacts only and carries bounded reliance; no regulatory/procurement endorsement is implied; conformance does not guarantee fitness for any specific operational deployment.\
1.3 Conformance artifacts must declare applicability conditions, exclusions, and the validity window of results.

#### 2. Release Gating

2.1 Releases claiming implementability/repeatability/interoperability are blocked unless linked to suites and accepted conformance reports or to a recorded conformance plan with time-boxed obligations and explicit reliance constraints until completion.\
2.2 Where claims cannot yet be tested, releases must be labeled accordingly, with warnings and constraints; “test-later” claims must not be presented as proven.

#### 3. Replication and Independence

3.1 Replication cells rerun suites on schedule and across environments/providers; at least one verifier must be independent of authorship; COI/recusal is enforced by workflow.\
3.2 Failures are first-class: failures trigger notices, contestation lanes, correction clocks, and (where required) pointer freezes or withdrawals.

#### 4. Plugfests and Regression Locks

4.1 Plugfests test multi-implementation interoperability against common suites/vectors; outcomes are published as signed reports; regressions are locked into future gates.\
4.2 Plugfests require scope publication, participant registration, suite/vector version pinning, and post-event publication of results and exclusions.

#### 5. Semantic Interoperability and Drift

5.1 Taxonomies/ontologies/mappings are governed objects with versioning, deprecation, and drift tests; equivalence and non-equivalence must be explicit, testable, and published with warnings.\
5.2 Drift detection covers taxonomy drift, ontology drift, retrieval drift, and profile drift; drift findings require recorded remediation and, where relevant, corrections.

#### 6. Assistant Conformance

6.1 Assistants are conformance-tested for handling segregation, refusal correctness, injection resistance, leakage prevention, and regression behavior; provider switches require recorded change control and retesting.\
6.2 Assistant conformance suites must include adversarial prompts, cross-handling bait, hallucination traps, and boundary tests tied to the non-executing perimeter.

***

### Part 11 — Nexus Reports Protocol (Publication and Subscriptions)

#### 1. Reports as Governed Objects

1.1 Reports are governed publication objects with reliance bounds, provenance, expiry, and correction paths; editions are immutable and citable; archives are permanent with status banners.\
1.2 Reports may reference standards objects, releases, conformance evidence, and correction records; contested dependencies propagate “under contest” banners and may require amended reliance language.\
1.3 Reports must avoid operational instruction and exploit-enabling detail; sensitive topics require staged release and public-safe framing.

#### 2. Editorial Governance

2.1 Commission → draft → review → publish → monitor → correct/supersede → archive/expire, each step recorded; editorial roles are role-marker governed and time-boxed.\
2.2 Controlled/restricted editions require handling review and staged release with mandatory public-safe abstracts where appropriate; distribution lists are audited.\
2.3 Editorial governance requires disclosure of assistant involvement where configured, and preservation of source provenance and rights attestations.

#### 3. Subscriptions and Syndication

3.1 Subscription channels are governed objects with consent, unsubscribe, eligibility, and distribution auditing; public-safe syndication via RSS/API is permitted; controlled/restricted syndication is permitted only under gating and logs.\
3.2 Subscription configuration changes are recorded; improper distribution triggers sanctions and may require public correction notices.

#### 4. Translation and Localization

4.1 Multilingual editions trace to source versions; corrections propagate via recorded linkage; translation inherits handling and reliance constraints.\
4.2 Localization may add jurisdictional disclaimers and legal overlays but may not weaken correction discipline or standing rules.

***

### Part 12 — Sovereign Data Zones, Compute-to-Data, Connector Kit, Federation

#### 1. SDZ Modes

1.1 **SDZ-Local (Air-gappable):** platform inside partner perimeter; data never leaves; only approved extracts exit through release gates with audit.\
1.2 **SDZ-Federated (Compute-to-Data):** partner hosts data; Nexus routes jobs; compute runs near data; only approved outputs return with attestations and handling inheritance.\
1.3 **SDZ-Hybrid:** tiered content; sensitive local; controlled appendices via federated workflows; public-safe derivatives published as required.\
1.4 Default rule: minimize data movement; maximize artifact movement; any exception requires recorded decision and rights/handling justification.

#### 2. Compute Job Packaging

2.1 Jobs declare inputs, tool allowlists, output constraints, logging requirements, and handling inheritance; jobs are treated as governed objects or governed actions with audit traces.\
2.2 Outputs enter governance gates before indexing or publication; outputs may be rejected, down-scoped, or forced into staged release depending on sensitivity and rights posture.

#### 3. Connector Kit

3.1 Connector kit includes secure ingress/egress, allowlists, offline export bundles, partner-run execution patterns, and output attestation; connectors must respect tenant isolation and handling controls.\
3.2 Federated search supports metadata catalogs without centralization; content retrieval remains permissioned and logged.

#### 4. Federation Contract

4.1 Federation is metadata-first by default; controlled/restricted content federates only with explicit authorization and distribution logging.\
4.2 Cross-node interoperability validates object IDs, pointer semantics, handling inheritance, and conflict resolution; federation disputes follow dispute clocks and correction discipline.\
4.3 Federation claims must declare scope: what is federated, what is not, and what portability limits apply.

***

### Part 13 — Cloneability, Portability, Protocol Invariants, Upgrade Discipline

#### 1. Instance Kit (Gold Image + Overlay)

1.1 Gold image includes object model, metadata gates, governance forms/workflows, handling policies, indices, credits, challenges, assistants, report desks, registries, and public-good extract pipelines, packaged for repeatable deployment.\
1.2 Local overlay includes jurisdictional legal text, roles tables, language packs, taxonomy overlays, review windows, special WGs, identity federation, retention schedules, and local report series.\
1.3 Cloneability requires that configuration be versioned, testable, and reproducible, enabling deployments in weeks with consistent semantics and predictable standing behavior.

#### 2. Protocol Invariants

2.1 Canonical object types; mandatory metadata; handling classes and inheritance; immutability/correction discipline; conformance posture; non-executing perimeter; archive permanence; and registry truth surfaces are invariant across nodes.\
2.2 Any node that modifies invariants may not claim NXPP conformance and must label itself as an incompatible fork.

#### 3. Upgrade and Migration

3.1 Platform releases are versioned, compatibility-checked, rollback-capable, and recorded; upgrades must not silently alter register meanings or object standing.\
3.2 Breaking changes require migration notes, updated vectors, and regression locks; cross-node federation requires compatibility declarations and, where relevant, plugfest validation.

***

### Part 14 — Security, Auditability, Retention, DR, Observability, Cost Governance

#### 1. Audit Logging

1.1 Immutable audit logs capture access, downloads, assistant retrieval events, submissions, workflow transitions, distribution logs, publication actions, configuration changes, and privileged actions; logs are tenant-aware and retained per jurisdiction with legal hold support.\
1.2 Audit logs must be sufficient to reconstruct “who saw what,” “what changed,” “who approved,” and “why,” within the limits imposed by stealth/identity minimization rules where configured.

#### 2. Retention and Minimization

2.1 Retention schedules vary by handling class and jurisdiction; restricted may require stricter minimization and shorter retention windows; public-safe archives remain permanent for released editions.\
2.2 Minimization applies to data and metadata: avoid unnecessary collection; store only what supports governance standing and audit needs.

#### 3. Resilience (DR)

3.1 RPO/RTO tiers apply by handling class; restore drills are scheduled and recorded as evidence; degraded/offline modes for SDZ-Local are within scope.\
3.2 DR plans must preserve register integrity, current pointers, and correction lineage.

#### 4. Secure Configuration and Supply Chain

4.1 Configuration is versioned with separation of duties; changes require approvals and are auditable; rollbacks are supported.\
4.2 Dependency posture includes component inventory and vulnerability response clocks aligned to handling class; supply chain risks trigger stop-the-line when integrity is threatened.

#### 5. Incident Response and Stop-the-Line

5.1 Incident playbooks cover credential compromise, content breach, provider/model incident, defacement, insider misuse, and leakage events; incidents produce recorded decision records and corrective publications as required.\
5.2 Stop-the-line may freeze publication, revoke access, invalidate distributions where feasible, and open mandatory correction records; public-safe incident summaries are produced where lawful and appropriate.

#### 6. Observability and Cost Governance

6.1 Telemetry includes indexing lag, queue depth, assistant latency, workflow latency, error budgets, storage growth, audit volume, and federation health; telemetry is handling-aware and sovereignty-safe (aggregate-only where required).\
6.2 Cost controls include per-tenant budgets, per-role quotas, anomaly detection, and rate limiting; cost controls must not override governance standing or create pay-to-publish dynamics.

***

### Part 15 — Neutrality, COI, Competition-Safe Mode, Misrepresentation, Sanctions

#### 1. Neutrality and Anti-Capture

1.1 Nexus Platforms are a governed commons; they do not operate as a deal room or market venue; governance lanes are designed to reduce capture through reviewer rotation, COI enforcement, and transparent register states.\
1.2 COI disclosures are structured, discoverable where appropriate, and enforced through auto-recusal prompts, decision records, and disqualification rules.

#### 2. Competition-Safe Mode

2.1 Agenda templates, prohibited topic gates, minutes discipline, and safe-meeting workflows support antitrust/competition compliance; violations trigger recorded remediation and, where required, sanctions.

#### 3. Misrepresentation and Sanctions

3.1 Badge/claim misuse triggers takedown workflows, public clarifications, revocation of privileges, and sanctions ladders; credits may be clawed back; role markers revoked; NXPP conformance claims may be suspended pending remediation.\
3.2 Sanctions are recorded acts with scope, duration, appeal rights, and reinstatement conditions.

***

### Part 16 — Public-Good Recycling, Export Interfaces, Archive Permanence

#### 1. Public-Good Extract Requirement

1.1 Controlled/restricted work yields public-safe derivatives where feasible: summary, method card, limitations, and lawful aggregates; inability to produce extracts must be recorded with rationale and handling justification.\
1.2 Public-good extracts inherit correction lineage and must be updated when underlying controlled/restricted content is corrected or withdrawn.

#### 2. Export Interfaces (Public-Safe)

2.1 Public-safe machine-readable feeds may be published for registers, releases, corrections, conformance status, and report series, preserving IDs, version semantics, and current pointers; exports must not leak controlled/restricted content.\
2.2 Export interfaces must declare versioning policies, caching expectations, and correction propagation rules.

#### 3. Archive Permanence

3.1 Released objects and report editions remain accessible with status banners (current/superseded/withdrawn/under contest) and correction lineage; silent edits are prohibited.\
3.2 Archive permanence includes preservation of diffs, migration notes, and decision records sufficient to interpret change history.

***

### Part 17 — Change Control, NXPP Conformance, and Standing Claims

#### 1. NXPP Versioning and Change Control

1.1 NXPP revisions are published as protocol releases with diffs and migration notes; nodes declare which NXPP version they conform to and the scope of conformance (core only vs core + federation).\
1.2 Protocol changes affecting handling, standing, or register semantics require explicit conformance retesting; backward compatibility policies must be declared.

#### 2. NXPP-Conformant Claim (Minimum)

2.1 A Nexus Instance may claim “NXPP-Conformant” only if it passes conformance suites covering: object model and metadata gates; record-valid workflows and registry integrity; handling segregation and leakage prevention; immutability and correction discipline; audit logging and distribution log correctness; report editorial governance and archive permanence; federation invariants and pointer synchronization (if federation enabled).\
2.2 Conformance claims are time-boxed and auto-expire unless renewed with updated conformance reports; failures must be published as conformance status changes and may require suspension of claims.\
2.3 NXPP standing claims must be precise: “conformant to NXPP vX.Y, scope: \[core | core+reports | core+reports+federation], validated on \[date], validity window \[time], exclusions \[list].”

***

### Standard Disclaimer (Baseline)

1. Nexus Platforms provide governance, standards, conformance scaffolding, publication, and intelligence tooling only.
2. Nexus Platforms do not execute regulated activity, do not provide operational command, do not steer procurement, and do not confer implied authority or endorsement.
3. All outputs are informational artifacts governed by handling, reliance bounds, expiry, and correction paths; outputs must be interpreted within their stated limitations and validity windows.
4. Only record-valid acts and registered releases/publications have standing within Nexus Platforms; off-platform representations are non-authoritative unless independently recorded and registered.


---

# Agent Instructions: Querying This Documentation

If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question.

Perform an HTTP GET request on the current page URL with the `ask` query parameter:

```
GET https://docs.therisk.global/organization/cooperation/nexus-guilds/platforms/0.-overview.md?ask=<question>
```

The question should be specific, self-contained, and written in natural language.
The response will contain a direct answer to the question and relevant excerpts and sources from the documentation.

Use this mechanism when the answer is not explicitly present in the current page, you need clarification or additional context, or you want to retrieve related documentation sections.