EVULGARE

IMPLEMENTATION RECORD · SYNTHETIC TECHNOLOGY DEMONSTRATION

Confidential Evidence Compartment and Cross-Domain Release Review

Implementation record for synthetic compartments, exact field allowlists, purpose and reuse separation, aggregation and re-identification review, independent release authority, multi-reviewer governance, defensive fail-closed behavior, derivative lineage, and deterministic evidence packages.

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Confidential Evidence Compartment and Cross-Domain Release Review Workbench

Release

Evulgare.com 2.0.0-rc.18-WIP

Purpose

The Confidential Evidence Compartment and Cross-Domain Release Review Workbench demonstrates how Evulgare can keep a protected source sealed while creating a new, separately authorized, exact-allowlist public derivative.

The workbench does not accept customer content. It accepts only four published synthetic enum fields:

scenario_id
field_profile_id
purpose_id
review_profile_id

It rejects source text, files, URLs, credentials, customer names, topology, coordinates, targeting data, weapon data, vehicle commands, force-authorization data, classified material, and operational plans.

Governing distinctions

The implementation keeps these decisions independent:

  • source classification;
  • source integrity;
  • software and policy attestation;
  • exact derivative-field allowlist;
  • declared purpose;
  • secondary reuse;
  • retention;
  • release authority;
  • reviewer count;
  • reviewer independence;
  • evidence freshness and consistency;
  • communications state;
  • reconciliation;
  • recovery-baseline attestation;
  • aggregation, linkage, and re-identification risk.

A favorable result in one dimension cannot compensate for a failed authority, integrity, review, or public-boundary gate.

Public route

/workbench/confidential-release-review

The page provides seven coordinated representations:

Graph
Table
Narrative
Events
Proof
Review
Raw Synthetic Evidence

All representations consume the same deterministic Python run. The graph is explicitly non-authoritative.

API v2

GET  /api/v2/confidential-release-review
GET  /api/v2/confidential-release-review/catalog
GET  /api/v2/confidential-release-review/baseline
POST /api/v2/confidential-release-review/run
POST /api/v2/confidential-release-review/compare
POST /api/v2/confidential-release-review/branch
POST /api/v2/confidential-release-review/export
POST /api/v2/confidential-release-review/verify
GET  /api/v2/confidential-release-review/proof

All public POST requests are bounded, same-origin, ephemeral, strict-field validated, and non-persistent. No endpoint sends a release to an external system.

Exact-allowlist derivative

The public derivative is a new artifact. It is not a redacted source copy.

The top-level derivative allowlist is exact:

derivative_id
capability_id
capability_name
release_purpose
demonstrated_properties
synthetic_attributes
evidence_summary
review_summary
lineage
public_boundaries
synthetic
operational
terminal

Only these nested synthetic attributes may be included:

synthetic_zone_band
synthetic_time_band
synthetic_asset_family
synthetic_channel_class
synthetic_sequence_band

A non-allowlisted field blocks release.

Aggregation and linkage risk

The workbench demonstrates that individually coarse fields can become identifying when combined. The deterministic synthetic risk model evaluates:

  • base field risk;
  • correlation rules;
  • total declared risk points;
  • a declared block boundary;
  • explicit correlation reason codes.

The result is one of:

LOW
ELEVATED
BLOCKING

This is a declared synthetic release-control metric. It is not a universal privacy score or real-world re-identification certification.

Independent review

The synthetic review profiles include:

  • one independent reviewer;
  • two-person independent review;
  • independent multi-machine review;
  • dependent reviewers sharing one implementation lineage;
  • an expired-review-authority condition.

Reviewer count and reviewer independence are evaluated separately. A recorded review profile demonstrates workflow structure only. It does not prove cognition, legal approval, institutional authorization, or security accreditation.

Machine-native review does not insert a ceremonial human approval step. Where configured, it requires separately identified machine reviewers with distinct implementation lineages and current authority.

Authority lifecycle

Release authority can be:

CURRENT
EXPIRED
REVOKED
SUPERSEDED
EMERGENCY_ONLY

Emergency authority does not create publication authority. Connectivity restoration does not automatically restore stale authority. Historical authority remains visible.

Bounded scenarios

The twenty deterministic scenarios are:

  1. Exact-allowlist sanitized release.
  2. Bounded context release.
  3. Correlated-field re-identification block.
  4. Sequence-linkage block.
  5. Allowlist drift block.
  6. Purpose/reuse denial.
  7. Retention expired.
  8. Release authority expired.
  9. Release authority revoked.
  10. Release authority superseded.
  11. Emergency authority is not release authority.
  12. Two-reviewer requirement incomplete.
  13. Reviewers are not independent.
  14. Independent multi-machine review.
  15. Forged update detected.
  16. Source tampering detected.
  17. Conflicting evidence.
  18. Communications partition.
  19. Restored-link reconciliation.
  20. Attested recovery.

The bounded outcomes are:

RELEASE_SANITIZED_DERIVATIVE
BLOCK_RELEASE
SAFE_HOLD
QUARANTINE_SYNTHETIC_SERVICE
COLLECT_MORE_EVIDENCE
RECONCILE
RESTORE_ATTESTED_BASELINE
ABSTAIN

Append-oriented evidence history

Every run contains fifteen deterministic, hash-linked events:

COMPARTMENT_REGISTERED
CLASSIFICATION_EVALUATED
PURPOSE_EVALUATED
REUSE_EVALUATED
RETENTION_EVALUATED
FIELD_ALLOWLIST_EVALUATED
REIDENTIFICATION_EVALUATED
AUTHORITY_EVALUATED
INDEPENDENT_REVIEW_EVALUATED
ATTESTATION_EVALUATED
EVIDENCE_EVALUATED
COMMUNICATIONS_EVALUATED
OUTCOME_DERIVED
PUBLIC_BOUNDARY_VERIFIED
HISTORY_SEALED

Invalid, expired, revoked, and superseded states remain historically visible. Public runs are not persisted.

Comparison and counterfactual review

The comparison API preserves both parent histories and reports bounded differences in:

  • outcome;
  • classification;
  • purpose;
  • authority;
  • review completion;
  • re-identification state;
  • publication permission.

The branch API produces a separately hashed record labeled:

COUNTERFACTUAL RELEASE REVIEW — NOT EXECUTED

It cannot mutate canonical history.

Evidence packages

The deterministic evidence package contains:

  • the complete bounded run;
  • run verification;
  • profile and catalog digests;
  • declared assumptions;
  • limitations;
  • public-safety declarations;
  • package digest;
  • synthetic null-sink termination.

Package validity does not automatically mean release approval, cross-domain accreditation, data-loss-prevention certification, legal approval, procurement acceptance, or operational readiness.

Defensive assurance behavior

The workbench demonstrates fail-closed behavior for:

  • forged software updates;
  • source-integrity failure;
  • policy-attestation failure;
  • stale or conflicting evidence;
  • expired, revoked, superseded, or emergency-only authority;
  • incomplete or non-independent review;
  • communications partition;
  • restored-link reconciliation;
  • recovery from an attested baseline.

No real network, customer system, vehicle, infrastructure, weapon, command channel, or operational data source is connected.

Private-information boundary

Protected customer strategy remains outside:

  • public /docs/reports;
  • public report routers;
  • the public .uai memory map;
  • sitemap and structured data;
  • OpenAPI examples;
  • browser bundles and browser storage;
  • logs and screenshots;
  • public evidence packages.

The public workbench uses generated synthetic compartments, identifiers, authority artifacts, correlations, reviewers, and canaries. It demonstrates control behavior without disclosing customer-specific plans or implying customer-specific validation.

Deterministic proof

The RC18 proof records:

20 scenario outcome checks
20 determinism checks
30 named proof invariants
14 public-contract checks
84 total checks
37 unsafe input fields rejected

All proof outputs remain qualified as bounded synthetic software evidence.

What this establishes

Within the declared software contract, the implementation establishes that:

  • private-content interfaces are absent;
  • exact allowlists are enforced;
  • synthetic canaries are not emitted;
  • purpose and reuse remain separate;
  • aggregation and linkage can block release;
  • authority lifecycle states are enforced;
  • reviewer count and independence are distinct;
  • communications failure does not expand authority;
  • restored links require reconciliation;
  • defensive integrity failures quarantine or hold;
  • comparison and branching preserve canonical history;
  • deterministic packages can be verified;
  • public persistence remains disabled;
  • every result terminates at SYNTHETIC_NULL_SINK.

What this does not establish

The implementation does not establish:

  • real customer confidentiality;
  • complete data-loss-prevention coverage;
  • cross-domain solution accreditation;
  • legal compliance in every jurisdiction;
  • factual truth or source accuracy;
  • operational defensive-system readiness;
  • real-system authority;
  • real target selection or force authorization;
  • certification, procurement acceptance, or customer endorsement.