Cascade routes intelligence. GE-OS governs execution. DECC enforces in hardware. Codex compiles policy. Patent 22 controls physics. Each layer is independently patentable. Together they form an architecture that takes years to replicate.
Each layer enforces governance at a different point in the execution path. Cascade routes tasks and selects workers. GE-OS mandates a 12-stage execution pipeline. DECC owns the hardware enable line. Codex moves authorization into compilation. Patent 22 gates power at the physics layer. Each is independently patentable. Together they form a moat that competitors cannot replicate with application-level wrappers.
The unified architecture: how Cascade routes, GE-OS governs, workers execute, and DECC enforces. Every layer in the stack. Worker registry. Session management. Receipt chain. This is the page to send to a CTO or architect who asks "what is all this, top to bottom?"
Routes any task from operator surfaces through deterministic engines, Ollama, Claude, Codex, or human approval. Every route gated. Every output receipted. Inference cost decays toward zero as local patterns train.
Governance beneath the app layer, at OS-level execution paths. 12-stage mandatory pipeline. ExecutionContext capsule. Policy DSL. Cloud attestation chain. Tenant isolation. ~84% failure reduction.
Silicon owns the final enable line. Software proposes; hardware enforces. 12.77ms latency proposal→disable. Formally verified. Ready for production silicon.
Single command compiles to FPGA frame, JSON workflow, REST API, state machine, Python, or mesh frame. Authorization moved into compilation. 6 compile targets from one source.
Power does not ramp because coupling exists. Identity, thermal, spectral, and policy gates must pass first. Six-gate admissibility. Physics-layer enforcement.
Application-layer products — compliance dashboards, drift monitors, governance SDKs — can be replicated by a well-funded competitor in a quarter. The stack is different. It is compiler that emits to six targets, an OS that mandates 12 stages, an FPGA that owns the enable line, and physics-layer enforcement on power transfer. Each layer is protected by distinct patent families. Each has measured performance, frame integrity, test counts, hardware latencies. Together they form an architecture that takes years to reproduce and capital to certify.
The products monetize the stack. The stack defends the moat.
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.