Technology
Systems born from the thesis. Each artifact represents a layer of the stack: from silicon to language, from hardware to proof.
CORA
ActiveLocal Compute Node · v0.1
A custom-built local compute platform for local AI inference and verification workloads. CORA is the hardware manifestation of Axiom Lab's belief that institutional AI independence begins at the silicon level, not the API level.
Custom PCB with acrylic standoff enclosure. Designed for low-power inference, formal verification workloads, and transparent computational provenance. Every component chosen for repairability, auditability, and long-term institutional ownership.
An operating system architecture designed around formal verification primitives. The software layer for proof-native computation: a kernel where correctness guarantees are structural properties, not assertions. Axiom OS is where the abstract beliefs about truth become concrete execution semantics.
A mathematical programming language with paper-native syntax and OS-level integration. Flux closes the notation gap between written mathematics and executable programs, with built-in symbolic and numerical primitives for scientific computing.
A domain-specific language for game-theoretic process scheduling. Tenet expresses scheduler behavior as strategic interaction and computes equilibrium-aware allocations that improve determinism in latency-sensitive workloads.
An agent framework where every action an agent takes is grounded in verified beliefs and auditable reasoning chains. Alexitha extends Flux into the agentic domain, enabling AI agents whose decisions carry structural guarantees rather than probabilistic confidence scores.
The full stack, top to bottom.
Each layer is designed to be independently verifiable and compositionally sound with the layers above and below it.