EVULGARE

IMPLEMENTATION RECORD · SYNTHETIC TECHNOLOGY DEMONSTRATION

Sovereign Continuity Baseline Registry and Recovery Drill Orchestrator

Implementation record for append-oriented recovery baselines, forty-plus bounded synthetic fault vectors, ordered campaigns, containment evidence, minimum sovereign function, rekeying, reconciliation, and attested reconstitution.

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Sovereign Continuity Baseline Registry and Recovery Drill Orchestrator

Release: 2.0.0-rc.21-WIP
Public route: /workbench/continuity-drills
API root: /api/v2/continuity-drills

Mission

Evulgare’s continuity-drill workbench proves whether compartmented machine systems can detect a declared synthetic fault, verify its scope, deny unauthorized transitions, contain propagation, preserve minimum sovereign function, reconcile divergent histories, and reconstitute only from a current accepted baseline.

The governing sequence is:

DETECT → VERIFY → DENY → CONTAIN → RECOVER → PROVE

The workbench is a controlled unclassified test range. It accepts published scenario and profile identifiers only. It does not accept customer content, arbitrary files, URLs, credentials, real keys, real topology, real coordinates, targets, payloads, vehicle commands, weapon commands, or force-authorization artifacts.

Append-oriented baseline registry

The registry preserves all historical states:

CANDIDATE
REVIEW_REQUIRED
ACCEPTED_CURRENT
ACCEPTED_WITH_QUALIFICATIONS
SUPERSEDED
SUSPENDED
WITHDRAWN
REJECTED

A later baseline never deletes an earlier one. A valid campaign result never activates a baseline automatically. Connectivity, successful execution, or deterministic package verification never restores authority or promotes a release.

Every baseline binds exact compartment membership, workload identities, authority-artifact manifests, software/model/policy/configuration identities, key epochs, evidence provenance, dependency graph, minimum sovereign functions, runtime-governor requirements, reconciliation requirements, assumptions, unresolved defeaters, review quorum, and acceptance state.

Drill vectors and campaigns

The release contains at least forty deterministic vectors organized into ordered campaigns covering:

  • workload identity compromise;
  • authority theft, expiry, replay, and revocation;
  • key and trust-anchor compromise;
  • mixed versions and configuration drift;
  • evidence poisoning, divergence, and provenance loss;
  • communications partition and restored-link reconciliation;
  • runtime-governor unavailability;
  • minimum sovereign function;
  • baseline rollback and attested reconstitution.

Each drill records exact published inputs, deterministic seed, affected dimensions, initial compromise, dependency blast radius, containment state, minimum sovereign function, key-epoch state, reconciliation state, reconstitution eligibility, missing prerequisites, outcome, reason codes, hash-chained events, proof conditions, and accessible narrative.

Campaign comparison and counterfactual isolation

Baseline and variant campaigns remain independent. Comparison identifies the first divergence and classifies differences as newly introduced, resolved, changed, or unchanged without rewriting either history.

Counterfactual campaign branches are explicitly labeled:

COUNTERFACTUAL CAMPAIGN — NOT EXECUTED

They preserve the parent campaign digest and event history and cannot mutate the accepted baseline.

Evidence package

The deterministic export includes:

  • baseline registry;
  • campaign manifest;
  • ordered drill runs;
  • append-oriented drill ledger;
  • proof conditions;
  • difference lifecycle;
  • containment results;
  • minimum-sovereign-function results;
  • rekey and reconciliation results;
  • reconstitution eligibility;
  • assumptions, limitations, and residual unknowns;
  • semantic table and narrative equivalents;
  • public-boundary declaration;
  • package SHA-256;
  • SYNTHETIC_NULL_SINK termination.

Package verification establishes deterministic identity inside the declared synthetic scope. It is not customer accreditation, legal approval, operational readiness, procurement acceptance, certification, or release promotion.

Public safety boundary

The workbench contains no real command channel, customer-data ingestion, network scanning, malware, operational coordinates, target search or selection, target ranking, weapon-target pairing, payload control, weapon function, terminal guidance, vehicle control, force authorization, or anonymous public persistence.

Every public derived action terminates at:

SYNTHETIC_NULL_SINK

Research traceability

The architecture is grounded in the public research corpus, especially:

These sources support the separation of capability from authority, append-oriented history, source correlation, attestation, independent runtime assurance, continuity under partition, reconciliation, and deterministic representation parity.

Qualification

Repository and browser-harness evidence cannot establish production-host behavior, hardware trust anchors, physical network partitions, real customer-system protection, security accreditation, legal approval, representative assistive-technology acceptance, or operational readiness. Those remain environment-specific acceptance work.