Automotive & Mobility

AI Compliance for Automotive & Mobility

Navigate EU AI Act requirements for autonomous driving, ADAS, driver monitoring, and in-vehicle AI systems with safety-critical governance frameworks.

Schedule Demo View Use Cases
L2-L5
Autonomy Levels
5(b)
Annex III Category
R155
UNECE Regulation
26262
ISO Standard

Automotive AI Challenges

Unique compliance considerations under Annex III, Category 5(b) - Safety Components

Safety-Critical AI

AI systems controlling vehicle safety functions are high-risk with potential for physical harm to occupants and road users.

Multi-Regulation

EU AI Act intersects with UNECE R155/R156, type approval, ISO 26262, and sector-specific vehicle regulations.

Real-Time Decisions

Autonomous systems make split-second decisions affecting human lives, requiring robust testing and validation.

Driver Monitoring

In-cabin AI monitoring driver attention and behavior requires balancing safety with privacy considerations.

Automotive AI Use Cases

Comprehensive compliance for every automotive AI application

High Risk - Annex III 5(b) Safety-Critical

Autonomous Driving Systems

AI systems enabling autonomous vehicle operation (L3-L5) are explicitly high-risk under the EU AI Act. These systems make safety-critical decisions affecting vehicle occupants and other road users, requiring extensive testing, validation, and conformity assessment before market placement.

Perception systems
Path planning AI
Decision-making
Governum Features
  • ISO 26262 alignment
  • SOTIF documentation
  • ODD specification
  • Validation evidence
High Risk - Annex III 5(b) Biometric Processing

Driver Monitoring Systems

AI-powered driver monitoring using eye tracking, facial analysis, and behavior detection are high-risk safety components. Mandated by EU General Safety Regulation for new vehicles, these systems must balance safety effectiveness with privacy considerations and avoid discriminatory performance.

Drowsiness detection
Attention monitoring
Impairment detection
Governum Features
  • Biometric compliance
  • Demographic testing
  • Privacy safeguards
  • GSR alignment
High Risk - Annex III 5(b) Safety Component

ADAS Features

Advanced Driver Assistance Systems using AI for collision avoidance, lane keeping, adaptive cruise control, and emergency braking are high-risk safety components. These systems operate in real-time and directly affect vehicle control, requiring robust validation across diverse operating conditions.

AEB systems
Lane keeping assist
Adaptive cruise control
Governum Features
  • UNECE alignment
  • Test scenario docs
  • Edge case coverage
  • Performance monitoring
Context-Dependent Classification Varies

In-Vehicle AI Assistants

Voice assistants, infotainment AI, and navigation systems in vehicles may be limited risk or high-risk depending on integration with safety functions. Systems that can distract drivers or influence driving behavior require careful classification and appropriate safeguards.

Voice commands
Infotainment AI
Safety-integrated
Governum Features
  • Classification wizard
  • Integration assessment
  • Distraction analysis
  • User transparency

Navigating Automotive Regulations

Automotive AI must comply with the EU AI Act alongside vehicle type approval, UNECE regulations, and functional safety standards. Governum ensures integrated compliance documentation.

UNECE R155
Cybersecurity
UNECE R156
Software Updates
ISO 26262
Functional Safety
Type Approval
EU Framework
Governum for Automotive
  • ISO 26262 Integration

    Functional safety documentation aligned with ASIL levels

  • SOTIF Compliance

    Safety of the Intended Functionality documentation (ISO 21448)

  • ODD Documentation

    Operational Design Domain specification and validation

  • V&V Evidence Management

    Verification and validation test evidence repository

  • Type Approval Support

    Documentation packages for homologation authorities

Built for Automotive

Enterprise features for automotive AI governance

ASIL Classification

Map AI system risk to Automotive Safety Integrity Levels. Integrated hazard analysis and risk assessment aligned with ISO 26262 requirements.

ODD Specification

Document Operational Design Domains for autonomous systems. Define environmental, geographic, and operational boundaries with structured templates.

Scenario Testing

Track validation across driving scenarios. Document edge cases, corner cases, and known limitations with comprehensive test coverage metrics.

Sensor Fusion Docs

Document multi-sensor perception systems. Track camera, LiDAR, radar integration with redundancy and degradation mode documentation.

OTA Update Tracking

UNECE R156 compliant software update management. Track AI model updates, version control, and post-market surveillance obligations.

Supply Chain

Track AI components from Tier 1, 2, 3 suppliers. Document compliance responsibilities across the automotive supply chain.

Key Dates for Automotive

Plan your compliance roadmap with these critical deadlines

Feb
2025
Prohibited Practices

Subliminal manipulation in vehicles banned

Aug
2025
GPAI Obligations

Foundation models in vehicles require compliance

Aug
2026
High-Risk Systems

Full compliance for ADAS & autonomous AI

Aug
2027
Full Enforcement

All provisions fully enforceable

Case Study

European Automotive OEM

"Governum enabled us to create a unified compliance framework across our ADAS and autonomous driving programs. We documented 35 AI systems, integrated with our ISO 26262 processes, and established a scalable governance structure ready for both EU AI Act and UN regulations."

35
AI Systems Documented
28
High-Risk Classified
45%
Compliance Time Saved
100%
Type Approval Ready

Head of ADAS Compliance
Top 10 Global OEM

Ready to Ensure Your Automotive AI Compliance?

Join leading automotive companies using Governum to navigate EU AI Act requirements for ADAS and autonomous systems.

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