Obsolescence Management
Ensuring Stable, Trustworthy, and Evolvable Execution Across Time, Jurisdictions, and Policy Shifts
10.6.1 Why Clause Versioning Is Critical
In NSF, clauses are the executable logic of governance—they trigger actions in finance, infrastructure, migration, and disaster response.
But unlike static contracts, clauses:
Depend on dynamic simulations
Bind to evolving legal regimes and credential structures
Must remain valid for decades (e.g., treaty clauses, DRF triggers)
Must withstand rollback, deprecation, or forking without compromising integrity
Hence, NSF requires a canonical, cryptographically verifiable clause versioning and lifecycle model.
10.6.2 Clause Lifecycle Phases
Draft
Created in sandbox with simulation, credential, and LTML bindings under DAO review
Certified
Passed simulation, legal, and governance audits; published in the Clause Commons
Active
Triggerable by valid credentials and simulation conditions; anchored in live registries
Deprecated
Replaced by newer versions or invalidated by DAO quorum vote
Forked
Cloned for new jurisdiction, policy scope, or simulation engine
Archived
Frozen in time for historical validation; execution disabled but audit trail preserved
10.6.3 Version Trees and Merkle Hashing
Each clause version is linked through:
Merkle hash trees (verifiable lineage across forks and updates)
Semantic version tags (e.g.,
Clause_ResettleFlood.v2.1
)ZK-auditable changelogs (simulation inputs, DAO votes, and legal metadata)
Clause UUIDs (immutable root identifiers)
Forks do not overwrite—they branch. Each branch carries:
New simulation constraints
Revised credential bindings
Updated legal templates
DAO-specific governance triggers
10.6.4 Obsolescence Management Framework
Obsolescence is not deletion. It is structured retirement.
Legal framework change
DAO initiates review and marks clause for deprecation
Simulation failure
StressSimDAO disables clause until validated simulation fix
Credential schema invalidation
Clause execution paused until binding schema updated
Security incident
AuditDAO freezes clause, creates emergency fallback clause
DAO consensus
Clause retired and optionally replaced via vote
Obsolete clauses are labeled and timestamped in the Clause Commons.
10.6.5 Backward Compatibility Enforcement
NSF enforces:
Immutable storage of past clause executions
Proof-of-trigger verification tied to clause version
ZK rollups for historical traceability
Jurisdiction-bound execution registries (older clauses still valid where certified)
This ensures historical continuity, legal admissibility, and forensic integrity.
10.6.6 Simulation Drift Detection and Clause Recertification
SimDAO periodically re-runs critical clauses to detect:
Forecast divergence
Environmental condition drift (e.g., climate baselines)
Data schema obsolescence
Execution overhead changes (e.g., CAC load mismatch)
Clauses failing drift tests are flagged for DAO review, recertified, or forked.
10.6.7 Governance of Version Trees
ClauseDAO maintains:
Version maps and lineage graphs
Execution snapshots for all major versions
DAO audit trails of votes and overrides per version
Fork legitimacy proofs (governance signatures, simulation triggers, treaty annotations)
Any dispute over clause lineage can be cryptographically verified via governance logs.
10.6.8 Clause Inheritance and Template Evolution
Developers can:
Create new clauses using certified parent templates
Reuse simulation engines, fallback logic, or credential schemas
Submit inheritance declarations for transparency
Compose meta-clauses (e.g.,
OutbreakProtocol → Housing + Food + BorderControl
)
This enables modular governance logic without risking scope creep or unverified behavior.
10.6.9 End-of-Life (EOL) Governance Routines
EOL processes include:
DAO quorum vote to deprecate
Simulation proof-of-deactivation
Credential flagging for orphaned clause references
LegalDAO export of historical execution report
Snapshot archival to public verification registries (e.g., IPFS, Filecoin, embassy nodes)
EOL clauses can still be replayed for audit, but can no longer be triggered.
10.6.10 Clause Longevity as a Public Governance Asset
With structured versioning, NSF ensures:
Clause integrity across political transitions and legal reforms
Jurisdictional and institutional continuity of treaty obligations
Simulation-governed recertification instead of manual review
ZK-anchored audit logs for every execution or override
Clause versioning is not bureaucracy—it is the memory layer of planetary governance.
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