Adds needs/requirements to sphinx
Introducing: A next‑generation Safety Instrumented System (SIS) framework introducing SIL(t) — a time‑dependent, data‑driven model that corrects the static assumptions of IEC 61508. Includes dynamic risk analytics, operational drift modeling, lake-house architecture diagrams, and end‑to‑end SIS data flow for modern industrial environments.
AMAGI Framework: Hardware-Enforced AI Safety Architecture (IEC 61508, EU AI Act, NIST AI RMF) + Althea CRISPR-TTP Bioengineering
Modified Condition/Decision Coverage for Python. The criterion DO-178C Level A requires and coverage.py does not measure.
Complete guide to robot safety standards: ISO 10218, ISO/TS 15066, IEC 61508, ISO 13849, ANSI R15.06.
This repository demonstrates a minimal IEC 61508 safety lifecycle thread for a SIL 2 Emergency Stop, encoded as structured, typed engineering artifacts using Sphinx and Sphinx-Needs.
mcOS — A deterministic, safety-critical RTOS with a built-in AI inference runtime. Zero-heap allocation, compositional WCET analysis, Fault Containment Regions, and hot-swappable models (< 5 μs). Targets DO-178C, IEC 61508, ISO 26262. Runs on Cortex-M0/M3/M33/M4 via Zephyr HAL.
Provide a functional safety framework with AI-assisted tools and knowledge for risk analysis, process compliance, and standards-based development.
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