FUNCTIONAL SAFETY SOFTWARE
AI-assisted safety engineering workflows for teams that need traceable HARA, FMEA, FMEDA, FTA, safety goals, requirements, reviews, and audit-ready evidence.
Safety work breaks when analysis, requirements, and evidence live in separate places.
Functional safety teams do not only need another document editor. They need a controlled workflow that keeps hazards, risk ratings, safety goals, requirements, rationale, reviews, and evidence connected as the system changes.
ISO 26262
Automotive safety lifecycle support for item definitions, HARA, safety goals, and traceability.
HARA
Hazard analysis and risk assessment with reviewable ratings, rationale, and downstream safety goals.
FMEA
Structured failure mode thinking connected to requirements, evidence, and review decisions.
FMEDA
Quantitative hardware safety analysis context for metrics, assumptions, and safety evidence.
FTA
Fault tree reasoning that helps teams explore top events, causes, controls, and argument structure.
Safety Goals
Clear safety goals linked back to hazardous events, ASIL rationale, and engineering decisions.
Traceability
Connections between context, hazards, threats, requirements, evidence, and approval history.
FAQ
What is functional safety software?
Functional safety software helps engineering teams structure safety analysis, requirements, traceability, reviews, and evidence for standards such as ISO 26262, IEC 61508, IEC 61511, EN 50126, and related regulated workflows.
How should AI be used in functional safety?
AI should support engineers by drafting, organizing, checking, and explaining work products. It should not replace engineering judgement, safety sign-off, deterministic checks, or human review gates.
Where does Aegis SafeForge fit in the safety lifecycle?
Aegis SafeForge supports early and iterative safety workflows such as HARA, TARA, safety goals, requirements traceability, artifact generation, review control, and audit-ready evidence.