source-integrity-grounds-lifecycle-self-correction
OUT derived (depth 6)
The system's lifecycle-spanning self-correction is concretely grounded in fail-safe source integrity: the end-to-end source pipeline (convention-based path resolution, collision-resistant SHA-256 hashing, comprehensive staleness detection, CI gating) provides the verification mechanism that makes maintenance-time self-correction practically achievable alongside creation-time exhaustive derivation.
Summary
The system's ability to catch and fix its own mistakes over time depends on having a reliable pipeline for verifying source materials — path resolution, hashing, staleness checks, and CI gates. Without that concrete verification infrastructure, the promise of self-correction at both creation and maintenance time would be aspirational rather than practically achievable.
Justifications
SL — Abstract lifecycle self-correction is grounded by concrete source integrity — source hashing and staleness detection are the mechanism that makes maintenance-time correction fail-safe, not just theoretically complete.
Antecedents (all must be IN):
- source-lifecycle-is-fail-safe-and-gapless — The end-to-end fail-safe source integrity pipeline — from convention-based path resolution through collision-resistant SHA-256 hashing to comprehensive drift detection — feeds directly into gapless lifecycle management, ensuring every source material change on disk is detected, surfaced, and managed through the full belief lifecycle without gaps.
- self-correction-is-exhaustive-across-lifecycle — Self-correction is exhaustive across the complete belief lifecycle: at creation time, the derive pipeline exhaustively discovers all derivable conclusions with guaranteed termination; at maintenance time, contradiction resolution and staleness detection ensure existing beliefs remain consistent and current.
Dependents
These beliefs depend on this one:
- self-correction-is-source-grounded-and-self-documenting — The system's self-correction is simultaneously grounded in concrete source-level integrity (fail-safe path resolution, collision-resistant SHA-256 hashing, comprehensive staleness detection) and fully self-documenting (every correction produces consistently-identifiable referenceable artifacts), connecting abstract correctness guarantees to verifiable filesystem-level truth and auditable history
- source-grounded-correction-produces-governed-output — The system's lifecycle self-correction — concretely grounded in fail-safe source integrity verification — feeds into a governed output pipeline that is authorized (access-tag gated), bounded (token-budget constrained), and CI-ready (deterministic with nonzero exit codes), ensuring that source-level drift detection translates into actionable, permission-respecting output