Phase 1 pilot
Deterministic RF assurance layer between sensing and downstream AI.
The right framing is an assurance layer for RF-driven AI systems with a hard evidence boundary, not a replacement for the AI model itself.
Prototype
AxoDen Spectrum Bridge
Spectrum Bridge sits between RF sensing and downstream AI, enforces admissibility and operating-envelope controls, and ensures the model only receives replayable, audit-grade evidence.
What it does
- Acts as a safety interlock from raw RF input through admissibility gating, EO or ledger formation, and AI handoff.
- Carries deterministic serialization, operating-envelope controls, and parity verification paths.
- Includes pilot-facing demo, runbook, and integrator materials.
Deployment surface
- Prototype runtime with replay and parity tooling.
- Static demo console and operator materials for walkthroughs.
- Pilot-facing C API contract surface for integrator discussion.
Current maturity
Phase 1
Parity story
Shared-kernel aligned
Cross-platform closure
Mac vs WSL
Safe public claims
- Phase 1 assurance kernel with replayable EO generation and tamper-evident ledger output.
- Shared-kernel semantics align with AxoDen Kernel.
- Cross-platform replay determinism is evidenced for the current Mac vs WSL scope.
Current claim boundary
- Do not claim full physical field HWIL closure yet.
- Do not imply complete production deployment readiness across all environments.
- Keep signing, attestation, and broader deployment claims within the current evidence boundary.