Compiler, operating system, hardware interlock, and physics-layer enforcement. The substrate that makes the products possible, and the lane for licensing, SBIR engagements, and strategic partnerships. Patent-protected end to end.
Each layer enforces governance at a different point in the execution path, and each layer is independently patentable. Together they form a stack that competitors cannot replicate by writing application-level wrappers. Start with the architecture overview to see how all layers connect.
The full AI operating system stack, kernel, compiler, runtime governor, domain packs, executors, receipt chain, and hardware floor. Every product is a slot in this architecture. This is the page to send to a CTO or program manager who asks "what is all this, top to bottom?"
Single command compiles to FPGA frame, JSON workflow, mesh frame, Python call, REST endpoint, or state-machine transition. 18-byte FPGA frame with CRC16. 34-component front end. Authorization moved into compilation itself.
Governance moved beneath the app layer into OS-level execution paths. 12-stage mandatory pipeline. 1,782 tests pass. ~84% failure reduction versus the prior build. The investor and SBIR story for "this isn't app-level guardrails."
Software proposes; silicon owns the final enable line. Measured hardware-in-the-loop latencies, proposal→disable 12.77ms, auth→disable 25.02ms. Formally verified. Custom FPGA design validated, ready for production silicon.
Power does not ramp because coupling exists. Identity, thermal, spectral, and policy gates must pass first. Six-gate admissibility for medical implants, automotive WPT, drone charging, and AMR docks. Physics-layer enforcement.
536,264-document corpus indexed with FTS5 + semantic search. Powers Cascade routing, GE-OS decision pathways, and Safe Agent Runtime reasoning. Physics, mathematics, cryptography, signal processing, governance systems. Integrity-anchored, self-hosted.
Products live in the application layer. A well-funded competitor can replicate a compliance dashboard, a drift monitor, or a GPU billing system in a quarter. The moat is everything beneath that, the compiler that emits to six targets from one source, the OS that mandates a 12-stage pipeline, the FPGA that owns the enable line, and the physics-layer enforcement on wireless power transfer.
Each layer is protected by a distinct patent family. Each layer has measured performance numbers, frame integrity, test counts, hardware latencies, gate admissibility. Together they form a stack that takes years to reproduce and capital to certify. That is the moat. The products monetize it; the platform defends it.
Source-available licensing for defense primes, source-shared for strategic partners, hosted access for select infrastructure customers. SBIR Phase III transition pathway open for the OS and FPGA layers. All conversations under NDA.