revision-is-end-to-end-reliable
OUT derived (depth 6)
The revision system achieves end-to-end reliability across both logical and infrastructure layers: logically, every belief including all semantic edge cases is revisable with lifecycle-safe semantics-preserving operations — and infrastructurally, the I/O substrate supporting revision (staleness detection and truth propagation) completes without errors or false negatives.
Summary
The revision system cannot currently be considered fully reliable from top to bottom. This claim combines two requirements — that every belief can be safely revised regardless of edge cases, and that the underlying infrastructure for detecting staleness and propagating changes works without errors — but at least one of those requirements is not met, so the overall reliability guarantee does not hold.
Justifications
SL — Logical revision completeness from the belief-revision branch and I/O infrastructure reliability from the staleness/propagation branch converge across independent evidence chains
Antecedents (all must be IN):
- revision-is-universally-safe — The complete revision system has no blind spots: every belief — including all semantic edge cases (vacuous premises, asymmetric absence, empty antecedents) — can be revised through either reactive or proactive paths while preserving semantic identity and respecting node lifecycle states.
- read-and-write-paths-are-both-reliable — Both the read path (staleness checking detects all forms of source drift without false negatives) and the write path (truth propagation completes without runtime errors across all reachable nodes) are operationally reliable, ensuring the system functions correctly in both observational and mutational modes.
Dependents
These beliefs depend on this one:
- revision-coverage-is-verifiably-sound — Revision coverage spans the complete two-dimensional space (provenance axis and temporal axis) with end-to-end reliability across logical and infrastructure layers, forming a verifiably sound revision system — conditional on propagation not assuming the dependents index exists for all referenced nodes.
- revision-system-is-reliable-and-auditable — The revision system achieves two independent trustworthiness properties simultaneously: end-to-end reliability across logical and infrastructure layers with no blind spots, and complete auditability with traceable correction history spanning all belief origins.