system-artifacts-maintain-consistent-identification
IN derived (depth 2)
Both automatically-generated dialectical structures (challenge nodes with deterministic auto-ID generation) and contradiction records (nogoods with unconditional recording) maintain consistent, referenceable identification schemes — system-generated artifacts are as addressable as user-created beliefs.
Summary
Every system-generated artifact, whether it is an auto-created challenge node or a recorded contradiction, gets a stable, predictable identifier that can be referenced later just like any user-created node. This means nothing in the system is ephemeral or unaddressable — you can always point back to a specific challenge or contradiction record by its ID, which is essential for tracing how the system arrived at its current state.
Justifications
SL — Depth-2 — connects two orphaned identification properties into a unified claim about artifact addressability
Antecedents (all must be IN):
- challenge-id-auto-generation — Auto-generated challenge IDs follow the pattern `challenge-{target}`, then `challenge-{target}-2`, `-3`, etc.; explicit IDs that collide raise `ValueError` rather than auto-deduplicating.
- nogood-resolution-maintains-consistent-ids — Nogood recording and resolution produces a consistent, referenceable history of contradictions
Dependents
These beliefs depend on this one:
- all-identification-is-deterministic-and-collision-free — All system-generated identifiers — dialectical artifact auto-IDs, unconditionally-recorded nogood records, and colon-based agent namespace prefixes — follow deterministic patterns that prevent collisions across all three identifier spaces: dialectical, contradiction, and multi-agent.
- contradiction-resolution-is-traceable-and-recoverable — Contradiction resolution provides complete operational support along two independent dimensions: it minimizes disruption with guided recovery (least-entrenched culprit selection plus surgical restoration hints for cascade victims), AND creates consistently identifiable artifacts (nogoods with durable collision-free IDs, challenge nodes with deterministic auto-IDs), enabling both forensic root-cause analysis and practical guided recovery.
- mutations-achieve-full-traceability — Every mutation is fully traceable from initiation to persisted outcome: atomicity ensures operations complete or roll back entirely, the audit log and structured before/after diffs provide historical context, and consistent artifact identification (deterministic challenge auto-IDs, monotonic nogood IDs) enables referencing specific mutation outcomes indefinitely.
- self-correction-produces-referenceable-artifacts — Every self-correction — creation-time contradiction resolution and maintenance-time staleness detection alike — produces consistently identifiable artifacts (deterministic challenge IDs, monotonic collision-free nogood IDs), enabling a complete referenceable correction history that survives across save/load cycles.
- system-history-is-consistently-referenceable — Every event in the system's operational history follows a deterministic path with complete traceability AND produces consistently-identifiable artifacts (auto-generated challenge IDs, unconditionally-recorded nogoods), making the complete history both causally traceable and individually referenceable by stable identifiers.