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[ Simulation Laboratory ]

Full-Scale Engineering Simulations

Standalone browser-based simulations demonstrating AUTHREX governance frameworks, grouped by domain: application governance, strategic and multi-domain command, tactical engagement, and distributed consensus.

Branch 01

Application Governor Consoles

15 SIMS

The agentic-AI product, its five federal applications, three standalone governor consoles, three hardened prototype consoles, one agent swarm containment prototype, one engineering preview, and the browser simulation of AUTHREX-DEFEND. The first fourteen each run as a self-contained console with a SHA-256 hash-chained decision ledger, replay determinism, and an in-browser V&V suite; the AUTHREX-DEFEND simulation shows that product’s synthetic workbench, with a guided demo and a failure lab. Synthetic or invented data only.

AUTHREX-AGENT-SIM

240 KBPRODUCT

Mission-level governance of the full seven-gate pipeline over an autonomous cyber-defense campaign. Ten injectable failure modes, 55-test V&V suite passing in browser and headless Node.

SATAADARAIFFHMAAMAIVAFLAMECARA

AUTHREX-ASSURE

113 KB

Pre-deployment authority gate. Governs the transition from test to production, gate by gate.

SATAHMAAMAIVACARA

AUTHREX-ICS-GATE

124 KB

IT/OT authority boundary. Governs control transitions into operational technology.

SATAHMAACARAADARA

AUTHREX-AGENT-CYBER

117 KB

Autonomous cyber-defense authority. Governs whether an autonomous cyber-reasoning system may patch live infrastructure, at what authority tier, with what human review.

SATAADARAHMAAMAIVAFLAMECARA

AUTHREX-RTA

264 KB

Run-time-assurance authority gate on the ASTM F3269 and Simplex model: an independent monitor screens each authorization before it applies. Governance and assurance only. Synthetic data.

SIMPLEXASTM F3269LEDGER

AUTHREX-ENGAGE

138 KB

Fail-closed engagement-authority gate: each proposed action is adjudicated to authorize, clamp, downgrade, deny, or hold for human. Governance and assurance only; no targeting or kinetic effects. Synthetic data.

FAIL-CLOSED5 OUTCOMESLEDGER

AUTHREX-SAFING

354 KB

Fail-safe safe-state authority gate: enter on a demanded fault, hold and deepen while it persists, exit only under an authorized re-arm. Governance and assurance only; no dynamics, no actuation. Synthetic data.

FAIL-SAFERE-ARM GATELEDGER

AUTHREX-TEAM

86 KBPROTOTYPE

Team authority governance prototype: an independent arbiter keeps one eligible authenticated holder per responsibility, with safe-hold fallback and allowlisted override. Governance and assurance only. Synthetic data.

ONE HOLDERSAFE HOLDLEDGER

AUTHREX-REDLINE

117 KBPROTOTYPE

Positive human control: the critical authorization can be held only by two distinct authenticated humans, a machine is never eligible, and the failure safe state is NO-GO. Governance and assurance only. Synthetic data.

TWO-PERSONHUMAN ONLYNO-GO

AUTHREX-ABORT

97 KBPROTOTYPE

Evidence conditioned authority lapse, catalog identifier SIM-13. A human authored envelope is frozen before the run; as evidence degrades authority contracts, and when an irreversible action lapses it is latched down for the run. No effector, no targeting, no payload interface. Governance and assurance only. Synthetic data.

HARD VETOLATCHEDNO EFFECTOR

AUTHREX-DA

260 KBPREVIEW

A proposed data admissibility layer, catalog identifier SIM-14. Evidence-to-authority mapping extended from actions to data records and federated model contributions: every record offered receives a verdict, a reason code and an evidence reference on an append-only record. Non-compensatory and fail-closed. Governance and assurance only. Synthetic data.

FAIL-CLOSEDNON-COMPENSATORYAPPEND-ONLY

AUTHREX-QUARANTINE

111 KBPROTOTYPE

Agent swarm containment prototype, release 2.2.5. Eight governed agents at T2 inside one authority boundary: a modeled host gate denies an out-of-grant action before execution, three witness ballots and five isolation planes confirm containment, and every decision is appended to a hash-chained journal. Twelve scripted scenarios, one seed. Governance and assurance only. Synthetic data. No enforcement.

HOST GATEISOLATION LEASEHASH-CHAINED

AUTHREX-DEFEND

604 KBPRODUCT

The browser simulation of AUTHREX-DEFEND, the installable engineering preview offered to United States Government organizations only. It shows the product’s synthetic workbench with invented data: enrol a pretend program, freeze it, open a separate synthetic case, advance it through OFF, ELIGIBLE, ARMED, ENGAGING, STOPPED and SEALED, and inspect the evidence. Guided demo and a failure lab with controlled failures. It does not contain the four report-only pages and cannot see your computer. A simulation, not the product; tested in Chromium only.

INVENTED DATAGUIDED DEMOFAILURE LAB
Branch 02

Strategic & Multi-Domain C2

3 SIMS

Escalation risk, joint all-domain theater command, and multi-domain authority handoffs.

ERAM v1.0, Escalation Risk

86 KB

Cross-domain escalation risk for AI-enabled C2. Six scenarios, 600 Monte Carlo runs, formal property checks, Merkle provenance.

ERAMSATAFLAMECARAMonte Carlo

APEX v6.0, JADC2 Theater

28 KB

Full seven-stage pipeline in a joint all-domain theater. Byzantine fault detection and Merkle audit trails.

All 7PBFTMerkle

MDO Digital Twin

21 KB

Authority handoffs and Byzantine fault isolation across Air, Maritime, and Ground domains.

HMAACARAMAIVAPBFT
Branch 03

Tactical Engagement

2 SIMS

Engagement-authority governance and friendly-asset protection at the engagement layer.

Tactical COP, Blue-on-Blue

21 KB

Authority-conflict prevention. HMAA intercepts a compromised UCAV directing action at a protected friendly naval asset via the common operating picture.

HMAACARASATAADARA

Tactical Core, Kinematic Engine

Zero-dependency kinematic engine. Proportional Navigation guidance, CARA flight-termination, HMAA governance, pure HTML5 Canvas.

HMAACARAZero-Dep
Branch 04

Distributed Systems & Consensus

2 SIMS

Web Worker node architectures and Byzantine consensus across distributed governors.

AUTHREX OS v4.0

Unified JADC2 architecture. Distributed Web Worker nodes, tactical COP, ERAM analytics, and Merkle provenance.

All 7Web Workers

Mesh Kernel, MAIVA PBFT

Decentralized actor model. Isolated Web Workers, MAIVA PBFT consensus, and emergent CARA interlock.

MAIVACARAPBFT