James Duncan

James Duncan serves as a key procurement lead within the FA8659 AFLCMC EBI unit of the Department of the Air Force, where he specializes in the acquisition of advanced air-launched missile systems and precision strike technologies. His role centers on accelerating the prototyping and fielding of next-generation guided munitions, including stand-in attack weapons, anti-radiation systems, and high-speed air-to-air capabilities, ensuring air dominance in contested environments. He manages complex, time-sensitive contracts for software-defined systems and mission-critical software integration, often working under rapid acquisition authorities to meet urgent operational needs. His procurement portfolio is heavily focused on custom software development and systems integration to support autonomous targeting, electronic warfare, and networked munitions architectures. Duncan maintains a consistent working relationship with Northrop Grumman Systems Corporation, the primary contractor for the majority of his acquisitions. His procurement pattern reflects deep collaboration with large prime defense contractors capable of delivering integrated hardware-software solutions under tight developmental timelines. These partnerships are typically structured as cost-plus or firm-fixed-price contracts for R&D, prototype integration, and rapid fielding efforts, with an emphasis on technical maturity and interoperability with existing air combat platforms. There is no set-aside preference in Duncan’s acquisition portfolio; all contracts are competed full and open, reflecting the specialized nature of the technologies required and the limited pool of qualified providers with the necessary security clearances and systems engineering expertise. His primary NAICS code focus is 541511 (Custom Computer Programming Services), indicating a dominant emphasis on mission-specific software development, embedded systems programming, and real-time data fusion algorithms. He procures advanced software solutions for guidance, navigation, control, and electronic attack systems, demonstrating deep technical expertise in defense-critical software domains essential to modern airpower.