Systems
Infrastructure, protocols, and runtime architecture.
Systems documents the engineering behind private model operation: access boundaries, verification, runtimes, protocols, orchestration, and the prototypes that informed the current architecture.
Technical explorerSystem families
What has been built.
Optic-Trigeminal / ACmK
Active Research / Public Repository
Zero-dependency C++ clinical patient simulation and nursing decision engine backed by Groq AI, Argon2id cryptographic security, and a 5-plane cognitive microkernel architecture designed to make cognitive state, reasoning traces, uncertainty, and human intervention completely inspectable.
5 components · 1 artifacts · source available
Kernos OS
Cognitive Microkernel & Autonomous OS Substrate
Build an operating system substrate where cognitive agents operate as isolated kernel-level citizens coordinated by a self-healing microkernel, synaptic vector graph memory, and peer-to-peer event routing.
5 components · 0 artifacts · source available
AetherOS
Historical Research Prototype
Browser-native AI-oriented operating environment combining a Go backend/kernel with React desktop interface and WebAssembly execution.
0 components · 0 artifacts
Axon
Historical Research Prototype
The intellectual bridge between AetherOS and ACmK, transitioning AI from an external service into an integrated cognitive architecture.
0 components · 0 artifacts
KB (Kernos + BNLM)
Browser-Native Operating Environment & Intent Router
Deliver a private, zero-install operating environment in the browser capable of training and running private intent classifiers entirely offline with explainable attribution, capability policies, and sandboxed Python execution.
6 components · 0 artifacts · source available
How to read Systems
Each system page leads with its engineering objective and architecture. Implementation status, components, source provenance, and deeper interactive inspection follow after the core explanation.