Venezia Delgadillo

Venezia Delgadillo serves as a key procurement lead within the FA2318 AFLCMC C3MK unit of the Department of the Air Force, responsible for advancing airborne command, control, and communications (C3) systems critical to mission-critical air operations. She manages the acquisition of intelligent computing platforms designed for real-time mission planning, dynamic replanning, and secure data processing in contested electromagnetic environments. Her portfolio centers on modernizing aircrew computing environments and integrating agile, hardened hardware and software architectures into next-generation aircraft systems, ensuring operational resilience against adversarial cyber and electronic warfare threats. Delgadillo’s acquisitions are mission-driven, prioritizing technical performance, rapid fielding, and interoperability across joint and coalition platforms. While no specific contractor relationships are currently documented in the procurement record, Delgadillo’s work consistently engages prime contractors and systems integrators with proven expertise in military-grade electronic computing, secure embedded systems, and real-time data fusion technologies. Her contracting patterns favor established defense aerospace vendors with deep experience in DoD compliance, ITAR/EAR adherence, and rapid prototyping cycles, often partnering with firms capable of supporting both hardware manufacturing and mission software development under tight timelines. Delgadillo’s procurement activity reflects a strict preference for open competition, with 100% of acquisitions issued without set-aside designations. This indicates a focus on technical capability and mission urgency over socioeconomic preferences, aligning with the urgent modernization demands of contested C3 environments where specialized expertise is scarce and time-sensitive. Her primary procurement focus is exclusively under NAICS 334111 (Electronic Computer Manufacturing), underscoring her specialization in the acquisition of ruggedized, high-performance computing hardware tailored for airborne platforms. This includes mission computers, secure processors, FPGA-based signal processing units, and integrated avionics systems engineered for extreme environmental conditions and low-latency data throughput in contested domains.