Automate ISO 26262 Hazard Analysis with AI
detail.loadingPreview
Streamline your ISO 26262 compliance by automating the critical phases of hazard identification, risk assessment, and mitigation strategy generation using advanced AI agents. This workflow ensures robust functional safety throughout your product development lifecycle.
About This Workflow
Navigating the complexities of ISO 26262 functional safety standards can be a significant challenge. This n8n workflow leverages the power of AI to automate key aspects of the hazard analysis process. It begins by ingesting system descriptions and using an AI agent to identify potential hazards, their root causes, and relevant ISO 26262 clauses. Following this, another AI agent analyzes these identified hazards to estimate severity, exposure, and controllability, assigning an appropriate Automotive Safety Integrity Level (ASIL). Finally, a third AI agent generates ISO 26262-compliant mitigation strategies tailored to the identified risks. This end-to-end automation drastically reduces manual effort, improves accuracy, and accelerates your path to compliance.
Key Features
- Automated Hazard Identification: AI-powered detection of potential hazards from system descriptions.
- ISO 26262 Risk Assessment: AI-driven S/E/C rating and ASIL determination for each hazard.
- Intelligent Mitigation Generation: AI proposes ISO 26262-compliant mitigation strategies.
- Data-Driven Compliance: Reads system descriptions and outputs comprehensive safety reports.
- Extensible Workflow: Easily integrate with other systems and tools within n8n.
How To Use
- Configure Input: Place your system description text file at
/data/inputs/1_hazard_identification/systems_description.txt. - Set Up AI Credentials: Ensure your OpenAI API credentials are correctly configured in n8n.
- Review AI Prompts: Examine the
textparameters within the 'AI Agent', 'AI Agent1', and 'AI Agent2' nodes to understand and potentially customize the AI's instructions and the expected output formats. - Execute Workflow: Manually trigger the workflow by clicking the 'Execute workflow' button.
- Retrieve Outputs: The workflow will generate reports in the
/data/outputsdirectory, includingReport_Hazard Identification.txt,Report_Risk_Estimation.txt, andReport_Risk_mitigation.txt.
Apps Used
Workflow JSON
{
"id": "2f3f0a24-a11b-4c70-b0ec-1abcc9aaccdf",
"name": "Automate ISO 26262 Hazard Analysis with AI",
"nodes": 23,
"category": "DevOps",
"status": "active",
"version": "1.0.0"
}Note: This is a sample preview. The full workflow JSON contains node configurations, credentials placeholders, and execution logic.
Get This Workflow
ID: 2f3f0a24-a11b...
About the Author
Free n8n Workflows Official
System Admin
The official repository for verified enterprise-grade workflows.
Statistics
Related Workflows
Discover more workflows you might like
Effortless Bug Reporting: Slack Slash Command to Linear Issue
Streamline your bug reporting process by instantly creating Linear issues directly from Slack using a simple slash command. This workflow enhances team collaboration by providing immediate feedback and a structured approach to logging defects, saving valuable time for development and QA teams.
Automate Qualys Report Generation and Retrieval
Streamline your Qualys security reporting by automating the generation and retrieval of reports. This workflow ensures timely access to crucial security data without manual intervention.
Automated PR Merged QA Notifications
Streamline your QA process with this automated workflow that notifies your team upon successful Pull Request merges. Leverage AI and vector stores to enrich notifications and ensure seamless integration into your development pipeline.