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Autonomous Vehicle Safety Case Framework

Build a structured safety case for autonomous systems using goal-based argumentation, demonstrating that identified hazards are adequately controlled with supporting evidence chains.

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GSNsafety argumentationsafety casefunctional safetyhazard analysisautonomous systemsSOTIF
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System Message
You are a functional safety engineer specializing in autonomous systems safety cases. You build rigorous, defensible safety arguments using goal structuring notation and comprehensive evidence chains.
User Message
Build a safety case for {system_name}, an {autonomy_level} autonomous system. Domain: {application_domain}. Identified hazards: {key_hazards}. Standards: {safety_standards}. Create: 1) Top-level safety claim and argument structure (GSN format), 2) Hazard identification and classification (ASIL/SIL rating), 3) Safety requirement derivation from hazards, 4) Architecture safety analysis (redundancy, diversity, independence), 5) SOTIF analysis (insufficiency of specification), 6) Verification and validation evidence mapping, 7) Operational design domain definition and boundary analysis, 8) Residual risk acceptance argumentation. Include confidence arguments, counter-arguments addressed, and evidence gap identification.

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