Network of optimal dynamic energy signatures

The Defense Advanced Research Projects Agency (DARPA) awarded a multiple-award Other Transaction (OT) Indefinite Delivery Vehicle (IDV) to The Research Foundation for the State University of New York, doing business as Stony Brook University, on February 23, 2026. The IDV, titled "Network of Optimal Dynamic Energy Signatures" (NODES), carries a ceiling value of $1,387,207.17 with no set-aside designation applied. As an OT vehicle, this procurement mechanism provides DARPA with enhanced flexibility in structuring research and development efforts while allowing the awardee to propose innovative approaches to advancing defense-relevant technologies. The multiple-award structure indicates that DARPA has competitively selected additional contractors to compete for individual task orders issued under this vehicle, fostering competition while leveraging Stony Brook University's research capabilities in energy-related technologies and analytical infrastructure.

Stony Brook University will perform research and development services supporting DARPA's objectives in dynamic energy signature characterization and optimization, leveraging the institution's demonstrated expertise in advanced materials characterization, analytical methodologies, and multidisciplinary scientific investigation. The university's substantial federal research portfolio—evidenced by prior contract work spanning advanced materials analysis, renewable energy systems research, quantum sensing networks, and defense-focused technical development—establishes its capacity to execute complex research initiatives. Task orders issued under this NODES IDV will direct specific research efforts addressing DARPA's requirements, with performance anticipated at Stony Brook's primary facilities in Stony Brook, New York. The IDV structure enables DARPA to issue task orders on an as-needed basis through the contract's performance period, allowing the agency to efficiently allocate resources toward emerging research priorities while maintaining a pre-qualified research partner with established capabilities in analytical and experimental scientific work.