We publish what we can.
The parts of the stack that run on your hardware, or that you would want to audit before you trust them, are on GitHub under the licence stated on each repository. Read the parts that matter to you.
In-kernel mechanism for Aether application filtering. Hashes and verdicts only; the policy lives in userspace.
Device-side security service for Aether: attacker-reputation enforcement and application-level visibility at the access point.
TR-369 / USP 1.3 agent daemon for OpenWrt access points. Full UCI backend, Wi-Fi 7 modes, hybrid X25519 + ML-KEM-768 TLS. Reports to Aether or the standalone OptimACS.
The OpenWrt package feed that carries ac-client and our device packages for MediaTek Filogic and Qualcomm IPQ targets.
Helm charts for OptimACS, the self-hostable TR-369 / USP access-point management edition.
CUDA backend for mistral.rs built on pure Rust GPU kernels instead of a vendored C++ dependency. The inference path behind our private LLM gateway.
NVlabs cuda-oxide plus typed PTX intrinsics for cuda_device::math — the toolchain the kernels are written against.
Hand-written Rust GPU kernels for quantised LLM inference: a no_std nvptx64 crate with the f16 conversion paths rustc does not expose. The GPU path under the alive runtime; measurements and retractions are in the repo.
BSL 1.1 code is source-available with a change date after which it converts to an open licence; production use beyond the grant in the LICENSE file needs a commercial licence from us. Aether itself and optimacs are proprietary; optimacs ships a self-hostable standalone edition.