Functional Safety · Physical AI
Functional Safety for Physical Artificial Intelligence and Adaptive Control
Mitigating the added risk introduced by AI-driven perception, decision-making, and environmental adaptation.
We address and mitigate the added risk introduced by AI-driven perception, non-deterministic decision-making, and dynamic adaptation in physical safety-critical systems.
What we deliver for physical AI programs.
Integrating non-deterministic AI behavior into deterministic functional safety lifecycles and certifiable safety cases.
AI functions
Safety Analysis of AI Functions
Evaluating the unique failure modes of neural networks and complex machine-vision systems to design robust fallback strategies.
Monitoring
Monitoring & Mitigation Concepts
Independent hardware-based monitoring layers that wrap around AI components to force a safe state during an anomaly.
Lifecycle
Lifecycle Environmental Integration
Seamlessly integrating non-deterministic AI behavior into conventional, deterministic functional safety lifecycles and safety cases.
The physical AI safety framework.
The emerging guidance that governs safety-related applications of artificial intelligence in physical control systems.
STD 01
ISO/PAS 8800
Road vehicles and safety-related applications of artificial intelligence.
STD 02
ISO/IEC 22440
Functional safety requirements for AI-equipped physical control systems.
STD 03
ISO/TR 5469
Artificial intelligence and foundational functional safety considerations.
STD 04
IEC 61508 / ISO 13849
Foundational systematic capability and Performance Level compliance targets.
Discuss your physical AI program.
Bring us your perception stack, adaptive controller, or AI-equipped platform. We’ll map the path from AI failure-mode analysis to a defensible safety case.
Discuss Your Physical AI Program