Kernel-level consent state machine for brain–computer interfaces — no_std, zero-alloc, #![forbid(unsafe_code)], formally bounded (Kani), with optional guardian co-authorisation.

The AxonOS Consent Protocol — specification and reference implementation. no_std, zero-alloc, forbid(unsafe): bounded CBOR codec, exhaustive consent state machine, StimGuard for brain–computer interfaces. All AxonOS.

Hard real-time Rust microkernel for brain-computer interfaces. #![no_std] on Cortex-M, EDF scheduling with Kani-verified WCRT bounds, zero-copy intent path, capability-based privacy by construction. ABI v1 — tandem with axonos-sdk.

Rust SDK for building applications on AxonOS — a real-time operating system for brain-computer interfaces. Provides intent APIs, capability-based permissions, and deterministic execution.

Canonical technical standard and architecture manual for AxonOS: deterministic BCI software, neural permissions, consent, validation, and governance.

Real-time coordination layer for AxonOS mesh nodes: clock sync, co-availability windows, and fault detection for distributed BCI pipelines.

Public entry point for the AxonOS project — an open operating layer for brain-computer interfaces.

🧠 Become the Brain OS — a local-only cognitive-firewall game: allow derived intent, block raw cognition, distortions, revoked consent and artifacts across the mind↔world boundary. Scenarios, daily seed, challenge-a-friend. A game about the real AxonOS real-time OS. No sensor, no neural data.

Reference-hardware validation record for AxonOS: raw timing traces, deterministic post-processing, and reproducible L2 evidence artifacts.

Python SDK for AxonOS — RFC-0006 intent wire format and capability model, byte-compatible with the Rust reference.

Verified conformance vectors + multi-language codecs for AxonOS wire formats (RFC-0006, RFC-0005). Rust ≡ Python ≡ C ≡ JS ≡ Java, byte-identical.

Cognitive operating-system layer for brain-computer-interface software infrastructure.