Brian Banfield

Brian Banfield serves as a key procurement professional within the FA8307 Aflcmc Hnck C3IN unit of the Department of the Air Force, where he supports the acquisition of mission-critical electronic components and embedded systems essential to secure command, control, communications, intelligence, and cyber operations. His role centers on executing full-cycle contracting for advanced hardware and integrated computing platforms that enable real-time decision-making in contested air and space environments. He manages solicitations and awards for specialized electronic components used in hardened military systems, ensuring alignment with DoD cybersecurity standards and operational resilience requirements. Banfield’s contracting activity is focused on a narrow but technically demanding domain, with no publicly identified prime contractors listed in current award records. His procurement patterns suggest a preference for direct engagements with specialized manufacturers and Tier-1 suppliers capable of delivering custom or semi-custom electronic components under strict security and performance controls. Vendor partnerships are typically established through competitive sealed bidding or limited-source justifications, emphasizing technical capability, supply chain integrity, and compliance with ITAR and DFARS requirements. There is no indication of set-aside preferences for 8(a), HUBZone, SDVOSB, or other socioeconomic programs; all acquisitions are conducted under unrestricted competition. This reflects the highly specialized nature of the procurements and the need for immediate access to advanced manufacturing capabilities with proven defense pedigree. The primary NAICS classification under his purview is 334419—Other Electronic Component Manufacturing—indicating a sharp focus on the procurement of custom printed circuit boards, RF modules, signal conditioning units, and other mission-essential electronic subassemblies. Banfield’s expertise lies in acquiring components that must operate reliably under extreme environmental conditions, often requiring radiation-hardened, anti-tamper, or low-probability-of-intercept design features critical to next-generation C3IN systems.