data/build-033-engine-v1.jsonVersioned goal, high-level path, control-interruption, and evidence rules over a synthetic fixture.
Adversarial exploration becomes governable when goals, paths, consequences, controls, release evidence, and unresolved gaps remain explicit without turning a defensive model into exploit instructions.
Research, creation, decisions, audits and plans are publicly structured without claiming that every release gate is complete.
This page exists so the durable record does not depend on conversation history. Research, decisions, generated artifacts, audits, limitations, media metadata, plans and canonical source paths are retained here as part of the build itself. A listed repository path proves that an implementation record was retained; it does not independently support a real-world factual claim.
0 of 5 listed retained paths have a public reader link on this archive page. Unlinked paths remain named for traceability but are not represented as publicly inspectable evidence.
data/build-033-engine-v1.jsonVersioned goal, high-level path, control-interruption, and evidence rules over a synthetic fixture.
Changes an attacker goal, toggles defensive controls, exposes open versus interrupted paths, and exports locally.
Reconfigures a high-level attack graph as goals and controls change.
Reusable defensive modeling infrastructure for future governed systems.
Title, job, B-Web, and lineage are frozen canon; goals, paths, mappings, statuses, and interface language are derived.
Threat paths remain tied to consequence classification, reconstructable decisions, and release-readiness evidence.
A bounded fixture cannot establish completeness, real-world efficacy, safety, or compliance.
Paths remain high level and exclude operational exploit procedures.
data/build-033-archive-v1.jsonRoutes, exact lineage, safety boundary, and deferred gates.
data/build-033-privacy-support-v1.jsonSynthetic browser-local fixture and high-level defensive safety boundary.
data/build-033-freshness-performance-v1.jsonVersioned deterministic offline-after-load operation.
tests/build033.spec.tsOpen paths, mapped interruption, export, 320px, and accessible B reconfiguration.
Authenticated live browser, physical-device/manual accessibility, GitHub-hosted CI, security review, and LinkedIn media certification remain separate from implementation.
Canonical v1 currently declares no downstream consumer of cap:033.
CURRENT VERIFIED MEDIA / 30-second film · 342.6 KB
FINAL PROPOSITION / ADVERSARIAL TESTING IS USEFUL ONLY WHEN IT MAKES THE SYSTEM SAFER WITHOUT MAKING HARM EASIER.
SHA-256 a49c073f4bfa38c1dc8d2261c334827873e20541697e2ebf0a53292a7a12dbc9Reproducible from data/linkedin-film-specs-v1.json with scripts/render-linkedin-films.py. The website—not a chat attachment—is the canonical media source.apps/web/app/100-builds/033/a/AttackLab.tsxapps/web/app/100-builds/033/b/AttackGraph.tsxpackages/release/src/adversarial-system-engine.tsdata/build-033-engine-v1.jsondata/build-033-archive-v1.jsondocs/builds/033/SPEC.mddocs/builds/033/ARCHIVE.mdtests/build033.spec.tsThese paths preserve the implementation record. Only items with an explicit public reader link are publicly inspectable here. A file path, working interface or internal engine is not independent support for a real-world claim; synthetic propositions and design reasoning remain labeled within the retained record.