trust-enforcement-is-structural-and-operationally-resilient
OUT derived (depth 5)
System trust boundaries are enforced through two complementary mechanisms: structural containment (zero external dependencies, defensive ingestion pipelines, safe three-layer architecture) provides static trust guarantees, while format resilience at all external interfaces (parser fallbacks, schema evolution tolerance, hallucination filtering) provides dynamic trust that adapts to changing external formats without relaxing validation.
Summary
The system protects itself from bad data in two ways: its architecture locks out entire categories of risk by having no external dependencies and strict internal layering, while its parsing and validation logic handles messy or unexpected input formats gracefully without lowering its standards. This claim is currently retracted, meaning one or both of those pillars may not fully hold as described.
Justifications
SL — Architectural trust enforcement and format-resilient trust enforcement cover static and dynamic threat dimensions respectively
Antecedents (all must be IN):
- trust-boundary-is-architecturally-enforced — The system's trust boundary is architecturally enforced through complementary internal and external mechanisms: internal self-containment (zero external dependencies, clean three-layer boundaries) eliminates supply-chain and cross-layer attack surfaces, while defensive external containment (layered validation pipelines, namespace isolation, agent kill-switches) prevents untrusted input from corrupting internal state
- format-resilient-boundaries-enforce-validated-trust — All system boundaries simultaneously tolerate format variation at every level — from LLM response parsing through schema migration to derive output versioning — while enforcing strict validated trust through typed exceptions, referential integrity checks, and hallucination filtering.
Dependents
These beliefs depend on this one:
- trust-boundaries-are-self-maintaining — Trust boundaries are both structurally enforced (zero external dependencies, defensive ingestion, format-resilient validation) and dynamically maintained through autonomous convergence (every modification reaches a deterministic stable state within trust boundaries) — the system's trust guarantees require no external enforcement mechanism.