David M. Bailey

David M. Bailey serves as a Contracting Officer within the FA8620 Aflcmc Wijk Big Safari unit of the Department of Defense, where he plays a critical role in accelerating the acquisition of classified and unconventional airborne systems for special operations and intelligence, surveillance, and reconnaissance (ISR) missions. He manages complex, time-sensitive procurements for advanced avionics, sensor integration, and mission-specific electronics tailored to platforms such as the C-130 and MQ-9, operating outside traditional acquisition timelines to meet urgent operational needs. His work ensures rapid fielding of cutting-edge capabilities through flexible contracting vehicles, including other transaction authorities and sole-source justifications, often under strict security protocols. Bailey collaborates primarily with specialized defense contractors and systems integrators possessing high-level clearances and expertise in classified airborne modernization. His contracting patterns reflect deep engagement with vendors capable of delivering rapid prototyping, firmware development, and secure communications integration. While no single contractor dominates his portfolio, he consistently partners with firms possessing niche technical capabilities in electronic warfare, data link systems, and real-time ISR payload processing, favoring those with proven experience in agile, low-volume production environments. His set-aside preferences reflect a strategic balance between mission urgency and socioeconomic goals, with 75% of his acquisitions conducted as unrestricted and 25% reserved for Service-Disabled Veteran-Owned Small Businesses (SDVOSBs). This pattern underscores his commitment to leveraging small business innovation without compromising operational tempo, particularly when SDVOSBs demonstrate unique technical proficiency in classified environments. Bailey’s procurement focus is overwhelmingly centered on NAICS 541511 (Custom Computer Programming Services) and 541512 (Computer Systems Design Services), reflecting his specialization in software-defined systems, embedded firmware, and mission-critical software integration for airborne platforms. He routinely procures secure, real-time data processing solutions, sensor fusion algorithms, and tailored communication protocols that enable next-generation ISR capabilities, demonstrating deep technical fluency in aerospace electronics and classified software development.