Deontic develops a Generative AI platform that utilizes Large Language Models to convert regulatory and standards documents into simulation scenarios for autonomous vehicle engineering. This technology reduces manual effort in designing Operational Design Domains, enabling faster compliance with evolving safety regulations and enhancing the validation process for self-driving technologies.
Funding
Funding not disclosed
Founders
Product
Problem
Autonomous vehicle engineering requires extensive simulation to ensure compliance with evolving safety regulations and standards. Manually designing Operational Design Domains (ODDs) and converting regulatory documents into simulation scenarios is a time-consuming and resource-intensive process. This manual effort slows down the validation process for self-driving technologies and hinders faster compliance.
Solution
Deontic offers a Generative AI platform that leverages Large Language Models (LLMs) to automate the conversion of regulatory and standards documents into simulation scenarios for autonomous vehicle engineering. The platform identifies vehicle requirements within a wide range of documents, from legislation to industry standards, and then assists simulation engineers by converting these requirements into simulation scenarios in ASAM's OpenX formats. This enables continuous simulation at every level of the V-model, allowing companies to catch errors earlier in the development process, align products with new regulations and customer requirements, and expand operational design domains.
Target Audience
Deontic's primary customers are mobility companies involved in autonomous vehicle engineering, including manufacturers, technology providers, and research institutions.
Features
- AI-powered analysis of regulatory and standards documents to identify relevant vehicle requirements.
- Automated conversion of identified requirements into simulation scenarios in ASAM's OpenX formats.
- Seamless integration with PLM solutions like Siemens' Polarion and Microsoft Copilot.
- Direct API access for custom integrations.
- Support for continuous simulation at every level of the V-model.
- Customizable capabilities to address specific operational design domains.