Data Fusion and Real-Time Feedback Algorithms (FA4)

The contract seeks the development of advanced algorithms and near real-time feedback control systems that integrate data from multiple excitation and detection modalities to enhance signature generation, minimize noise, and enable adaptive scanning informed by initial observational outcomes. This effort is centered on creating intelligent fusion techniques that dynamically adjust scanning parameters in response to incoming data, improving detection accuracy and operational efficiency under variable conditions. The work must prioritize computational speed and robustness to support real-time decision-making in complex environments where latency and signal integrity are critical. This is a subcontract under the Defense Sciences Office of the Department of Defense, classified under NAICS code 541512 for custom computer programming services. The opportunity was posted on June 17, 2026, with a response deadline of August 26, 2026. While no specific location for performance or point of contact is provided, the project is tied to advanced defense science initiatives requiring innovative computational methods in sensing and signal processing. Performance must align with the goal of enabling autonomous and responsive systems capable of operating effectively in dynamic, high-stakes scenarios.