Jacqui Dube

Jacqui Dube serves as a key procurement lead within the FA2318 AFLCMC C3MK unit of the Department of the Air Force, where she supports the development and fielding of advanced airborne command, control, and communications (C3) systems. Her role centers on managing complex acquisitions for mission-critical computing platforms that enable real-time mission planning, dynamic replanning, and secure data processing in contested electromagnetic environments. She oversees contracts for agile aircraft systems, next-generation aircrew computing environments, and integrated tactical data links, ensuring alignment with Air Force modernization priorities and Joint All-Domain Command and Control (JADC2) objectives. Her procurement strategy emphasizes rapid prototyping, modular open systems architecture (MOSA), and software-defined capabilities to accelerate capability delivery. While specific contractor relationships are not currently available, Dube’s portfolio consistently engages with defense technology firms specializing in secure embedded systems, real-time mission software, and tactical edge computing. She works closely with prime contractors and subsystem integrators capable of delivering hardened, low-SWaP (size, weight, and power) computing solutions compliant with DoD cybersecurity standards such as RMF and DoDIN APL. Her contracting patterns reflect a preference for vendors with proven experience in military avionics, secure communications, and AI-enabled decision support systems. Dube’s acquisition portfolio reflects a 100% non-set-aside approach, indicating a focus on technical capability over socioeconomic classifications. This pattern suggests that mission urgency and system interoperability take precedence over set-aside programs, though small businesses may still participate as subcontractors within larger prime contracts. Her primary technical domain centers on NAICS categories related to defense electronics, mission systems integration, and software development for aerospace platforms. She procures secure computing hardware, tactical data fusion software, encrypted communications modules, and open-architecture avionics suites designed for high-intensity, contested airspace operations.