RFabric is a hardware-agnostic signal runtime framework engineered for high-integrity research into wireless protocols and electronic communications. The architecture enforces a mandatory Hardware Abstraction Layer (HAL) and a transport-decoupled stack, ensuring that high-level protocol logic remains isolated from specific physical devices such as SDRs or NFC readers.
Prior to execution, the system performs structured active probing and capability negotiation to validate hardware compatibility against task requirements. Execution is permitted only after this pre-flight verification succeeds.
During operation, RFabric maintains strict runtime observability, continuously monitoring memory usage, buffer integrity, and stream stability to detect anomalies, mutations, or mid-session instability.
System amplification is governed by Reliability-Bound Amplification, a directive that couples state evolution to validated signal reliability. Expansion is permitted only when reliability thresholds are satisfied; otherwise, amplification collapses to prevent entropy injection.
Each session concludes with a deterministic Post-Run Integrity Report, cryptographically hashing execution artifacts to verify that architectural invariants and safety constraints were preserved throughout runtime.
