Federal Enterprise Security

Sovereignty through Proof.

Providing the Federal Enterprise with uncompromised formal verification infrastructure for mission-critical AI operations and sovereign data control.

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Aevion Visual
[ Accreditation ]
TRL-8 Readiness Level
100% Audit Depth

Hardware-rooted attestation (Zymbit PI) ensures that every agent decision is anchored to a physical trust layer before execution.

COMPLIANCE: DARPA_CLARA // HARDWARE: PUF_LATTICE
Architecture

Aevion: Type-2 Proof.
Not just Type-2 Narrative.

While others fuse signals into better-textured guesses, Aevion fuses signals with machine-checked proofs. We don't just simulate; we verify using Koopman spectral gates.

Launch Architecture Explorer
Conventional "Type-2" AI

The Black-Box Simulator

  • Probabilistic prediction without guarantees.
  • "Auditable" logs that are just text traces.
  • Heuristic uncertainty filters.
  • Opaque latent reasoning loops.
Aevion Shield Architecture

The Verifiable Prover

  • VULCAN Optimization: LLM-driven synthesis of JET routing heuristics, compiled to XAL and validated against Koopman spectral gates.
  • Proof-Term Integrity: Machine-checkable Lean 4 proof terms verifiable at the edge via a 10MB Pi Sheriff kernel.
  • ProofSketcher Caching: Node-level content-hashed obligation storage for rapid local repair loops.
  • Koopman Spectral Gate: Runtime dynamic stability checking (ρ < 1.0589) ensuring safety.
Strategic Research

Certified Production Systems.
Submission-Ready Logic.

Explore the technical foundations of the Aevion Shield. These briefs detail our operator-theoretic approach to governance and our roadmap for high-stakes defense certification.

[ DARPA CLARA ]

TA1 Technical Volume

The core architectural proposal for 'Type-2 Proof' in autonomous agents.

Read Technical Volume →
[ AFWERX ]

One-Pager: Mission Value

Fast-value story for DoD operators and procurement officers.

Read Brief →
[ WHITE PAPER ]

Operational Governance Playbook

A deep dive into Koopman spectral methods, dissipativity-guaranteed operators, and the Aevion-JEPA-Genie comparison framework.

Epistemic Honesty

"The system must show exactly where certainty ends—and why."

Every Aevion decision is anchored in typed evidence. If the verifier cannot prove the safety of a trajectory, the system halts. No improvising past the boundary.

Request Verification Brief