DARPA research project

Intact Solutions, Inc., a small business located in Madison, Wisconsin, holds an Other Transaction Indefinite Delivery Vehicle contract awarded by the Defense Advanced Research Projects Agency (DARPA) on July 2, 2025, valued at $499,887 with no set-aside designation. The contract is structured as a multiple-award vehicle focused on the research project "Digital Twins for Resilient Mechanical Interfaces." Under this Other Transaction IDV structure, DARPA retains the flexibility to issue task orders for research and development work related to digital twin technologies and mechanical interface resilience. Intact Solutions will provide sophisticated software tools and research solutions leveraging its core competencies in advanced engineering simulation, design optimization, and additive manufacturing research. The company's expertise in thermal simulation, topology optimization, generative design, and complex manufacturing processes positions it to support DARPA's ongoing research objectives in advanced manufacturing and simulation technologies.

The Other Transaction IDV vehicle enables DARPA to procure research and development services through task order issuance rather than traditional contracting mechanisms, facilitating rapid prototyping and innovation in defense-relevant technologies. Intact Solutions' demonstrated track record includes significant prior DARPA awards, including a $1.89 million Small Business Innovation Research Phase II contract for the CommandIt project focused on predictive manufacturing digital twins and a $1.79 million SBIR Phase II contract for generative design with pre-qualified additive manufacturing. The company's extensive experience with federal agencies including the National Institute of Standards and Technology, Department of Energy, and NASA in advanced manufacturing research and software development establishes strong technical credibility for delivering under this vehicle. The indefinite delivery structure allows for flexible task order issuance to address evolving research priorities in digital twin technology for mechanical interfaces while maintaining competition and cost efficiency through the established pricing and performance terms.