Note: This repository is an unmodified archive of the original [automotive-claude-code-agents], which has been deleted by the original author. It is preserved here under the MIT License for archival and continued use purposes.
The automotive engineer's AI-powered command center for Claude Code
Quick Start | Why This Exists | What's Inside | Domains | Contributing
Automotive software engineering is one of the most complex and regulated domains in the world. Engineers juggle ISO 26262 functional safety, AUTOSAR architectures, MISRA compliance, cybersecurity standards, and real-time embedded constraints -- all while shipping on aggressive timelines.
Automotive Claude Code Agents turns Claude Code into a domain-expert copilot that understands the automotive stack from silicon to cloud. Instead of spending hours looking up ASIL decomposition rules or AUTOSAR naming conventions, you get instant, standards-compliant guidance woven directly into your development workflow.
One install. Zero config. Your existing workspace stays untouched.
Before: "How do I structure an FMEA for this BMS module?" -> 2 hours of research
After: claude "Generate FMEA for overcurrent protection in ASIL-D BMS" -> 2 minutes
# 1. Clone the repository
git clone https://github.com/theja0473/automotive-claude-code-agents.git
cd automotive-claude-code-agents
# 2. Preview what will be installed (no changes made)
./install.sh --dry-run
# 3. RECOMMENDED: Install to your automotive project (avoids token overhead)
./install.sh --project ~/my-automotive-project --modules adas,safety
# OR: Install globally with selective modules
./install.sh --modules adas,battery
# OR: Lightweight install (minimal context)
./install.sh --lightweight
# 4. Start using it immediately
claude "Help me design an AUTOSAR Adaptive service for camera fusion"~/.claude) loads all content into context for every conversation. For best performance, use --project for automotive work or --modules to install only needed domains. See Token Optimization Guide.
# Check what's installed
./install.sh --status
# Clean removal (only removes automotive components)
./install.sh --uninstall# Use an automotive agent
claude "Using automotive-adas-perception-engineer, design a LiDAR point cloud pipeline"
# Run an automotive command
/automotive adas-camera-calibrate
# Get safety guidance
claude "Review this C function for ISO 26262 ASIL-D compliance"
# Generate AUTOSAR artifacts
/automotive autosar-swc-scaffold| Component | Count | Location (~/.claude/) |
Description |
|---|---|---|---|
| Skills | 75+ categories | skills/automotive-*/ |
Deep domain knowledge with implementation patterns |
| Agents | 39 | agents/automotive-*.md |
Specialized AI personas (safety engineer, ADAS architect...) |
| Commands | 33 | commands/automotive/ |
One-shot slash commands (/automotive <cmd>) |
| Workflows | 26 | automotive-workflows/ |
End-to-end development processes |
| Rules | 31 | rules/automotive-*.md |
MISRA, AUTOSAR, ISO 26262 coding standards |
| Hooks | 24 | hooks/automotive-*.sh |
Pre-commit safety and quality gates |
| Knowledge Base | 115 docs | knowledge-base/automotive/ |
Standards reference library |
Your Existing Workspace + Automotive Extension
~/.claude/ |
settings.json (untouched) |
agents/my-agent.md (untouched) | agents/automotive-adas-*.md (added)
rules/my-rules.md (untouched) | rules/automotive-misra-*.md (added)
commands/my-cmd/ (untouched) | commands/automotive/ (added)
| Domain | What You Get |
|---|---|
| ADAS / Autonomous Driving | Sensor fusion, perception pipelines, path planning, L0-L5 control |
| AUTOSAR Classic & Adaptive | SWC scaffolding, RTE generation, BSW config, ara::com patterns |
| Functional Safety (ISO 26262) | HARA templates, FMEA/FTA generation, ASIL decomposition, safety cases |
| Cybersecurity (ISO 21434) | TARA analysis, secure boot chains, PKI setup, IDS rules |
| Battery & EV Systems | BMS algorithms, SOC/SOH estimation, thermal management, charging protocols |
| Diagnostics | UDS service implementation, DTC management, DoIP, flash sequences |
| V2X Communication | DSRC/C-V2X stacks, cooperative awareness, platooning protocols |
| Powertrain & Chassis | Engine/transmission control, ESC, EPS, ABS algorithms |
| SDV Platform | OTA update pipelines, digital twins, containerized vehicle apps |
| HPC / Central Compute | Hypervisor config, AUTOSAR Adaptive services, GPU compute |
| Zonal Architecture | Automotive Ethernet TSN, SOME/IP, zone controller design |
| Cloud & Fleet | AWS IoT, Azure Digital Twins, fleet analytics, telemetry pipelines |
| Manufacturing | Industry 4.0/5.0, factory digital twins, quality systems |
| Emerging Tech | Hydrogen fuel cells, quantum computing readiness, UAM/eVTOL |
| Standard | Coverage | What It Provides |
|---|---|---|
| ISO 26262 (Functional Safety) | Full lifecycle | ASIL classification, code rules, verification templates |
| ISO 21434 (Cybersecurity) | Full lifecycle | TARA methodology, secure coding, incident response |
| ISO 21448 (SOTIF) | Sensor/perception | Triggering conditions, ODD definition, validation |
| AUTOSAR Classic R22-11 | BSW + RTE | Module naming, API patterns, configuration |
| AUTOSAR Adaptive R22-11 | ara::* APIs | Service design, error handling, execution management |
| MISRA C:2012 | All rules | Violation detection, deviation templates, CI gates |
| MISRA C++:2023 | Key rules | Modern C++ safety subset, ASIL-specific restrictions |
| ASPICE v3.1 | SWE.1-6 | Process templates, work products, traceability |
automotive-claude-code-agents/
skills/ 75+ domain skill categories (YAML + Markdown)
agents/ 39 specialized AI agent definitions
commands/ 33 automation slash commands
workflows/ 26 end-to-end development workflows
rules/ Coding, safety, and security standard rules
hooks/ Git lifecycle hooks (safety gates, secret scan)
knowledge-base/ 115 standards reference documents
tools/ Tool routing, adapters, LLM council (Python)
examples/ Example projects with production code
tests/ Unit, integration, and E2E test suites
docs/ Architecture guides and tutorials
install.sh Append-safe installer (the only file you run)
The installer generates ~/.claude/automotive-settings-snippet.json with recommended hooks for MISRA checking, safety review prompts, and secret scanning. To activate:
# Option 1: Let Claude merge it for you
claude "Merge automotive-settings-snippet.json into my settings.json"
# Option 2: Review and manually copy desired hooks
cat ~/.claude/automotive-settings-snippet.jsonThis step is entirely optional. All skills, agents, and commands work without it.
# Run all tests
pytest tests/ -v
# Lint Python code
ruff check tools/ scripts/
# Generate coverage report
pytest --cov=tools --cov-report=html tests/
# Validate skill/agent YAML structure
python -m pytest tests/test_skills.py tests/test_agents.pySee ROADMAP.md for the full development plan. Highlights:
- Simulink/MATLAB model integration skills
- CARLA/LGSVL simulation workflows
- Hardware-in-the-Loop (HIL) test orchestration
- Multi-language support (German, Japanese, Korean, Chinese)
- VS Code extension for visual skill browsing
We welcome contributions from automotive engineers, safety experts, and AI enthusiasts. See CONTRIBUTING.md for:
- How to add new skills, agents, or commands
- Code quality and testing standards
- The pull request process
- Commit message conventions
- Issues: Report bugs or request features
- Discussions: Ask questions and share use cases
- Security: See SECURITY.md for vulnerability reporting
MIT License -- free for commercial and personal use.
Copyright (c) 2026 Automotive Claude Code Contributors
Built with care for the automotive engineering community.
If this project helps your work, consider giving it a star.