open-autonomous-safety
An open-source library of safety processes and testing procedures for self-driving car startups to supplement their safety programs.
What is open-autonomous-safety?
Open Autonomous Safety (OAS) is an open-source library that provides safety processes and testing procedures for autonomous vehicle development. It helps self-driving car startups supplement their existing safety programs with industry-standard methodologies. The project aims to establish common safety practices across the autonomous vehicle industry.
Self-driving car startups and autonomous vehicle developers looking to enhance their safety programs with documented processes and testing procedures.
OAS offers transparent, community-driven safety standards that elevate the entire industry rather than benefiting any single company, with the philosophy that open collaboration leads to safer autonomous vehicles.
Overview
Open Autonomous Safety
Use Cases
Best For
- Supplementing existing safety programs at self-driving car startups
- Establishing industry-standard safety processes for autonomous vehicles
- Documenting testing procedures for autonomous vehicle development
- Collaborating on open safety standards across companies
- Implementing transparent safety methodologies in AV projects
- Benchmarking safety practices against industry best practices
Not Ideal For
- Large corporations with proprietary, closed safety systems unwilling to adopt external standards
- Projects in domains outside autonomous vehicles, such as industrial robotics or aviation safety
- Teams seeking plug-and-play software tools for real-time safety monitoring rather than process documentation
- Organizations requiring immediate compliance with specific automotive safety standards like ISO 26262 without additional validation
Pros & Cons
Pros
Welcomes community contributions to continuously improve safety practices, fostering industry-wide transparency and collective elevation of standards.
Aims to establish common safety standards across the autonomous vehicle industry, reducing fragmentation and promoting safer testing procedures.
Uses Circle CI for seamless updates to the production documentation site, ensuring that the safety processes are always current and accessible.
Provides a full collection of documented safety processes and testing procedures for AV development, supplementing existing programs with industry best practices.
Cons
Primarily offers processes and guidelines without built-in software tools, simulation frameworks, or automated testing integrations, limiting immediate utility for hands-on implementation.
Relies on voluntary contributions, which can lead to inconsistent updates, slower adoption of emerging safety practices, and potential gaps in coverage.
Not officially certified by regulatory bodies like ISO 26262, so teams must independently validate compliance, adding overhead for organizations in highly regulated environments.
Frequently Asked Questions
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