We partnered with Deep Fission, the first AI-native nuclear company and a U.S. Department of Energy–selected SMR pilot, to navigate complex regulatory requirements. Labrynth indexed 40,000 lines of regulatory filings, delivering time to value in 30 days and generating hundreds of thousands of dollars in monthly savings.
Accelerate regulatory approval timelines and reduce rework risk by applying AI to complex, multi-jurisdiction nuclear permitting requirements.
Deep Fission is the first AI-native nuclear company and one of 11 Small Modular Reactor (SMR) pilots selected by the U.S. Department of Energy. Operating in a highly regulated environment, the company faced complex state, local, and federal requirements, with regulatory submissions exceeding 20,000 pages and review cycles lasting up to four years. Long cycle times, high compliance costs, and rework risk posed material constraints on project timelines and capital efficiency.Labrynth partnered with Deep Fission to apply AI-driven regulatory intelligence to streamline document review and approval workflows, reducing friction early in the permitting process.
- Regulatory intelligence across state, local, and federal requirements - Reduction of approval cycle time and rework risk - Scalable analysis of large regulatory document sets - Early identification of permitting and approval gaps
