Zachry Basnight

Zachry Basnight serves as a key procurement lead within the Department of the Air Force’s Office of the Assistant Secretary for Acquisition (SAF/AQ), where he supports the modernization of aerospace, space, and cyber defense systems. Responsible for managing complex technical acquisitions, he focuses on securing advanced computer systems design services that enable next-generation mission capabilities, including Open Mission Systems architecture, secure enclave computing, and integrated electronic warfare solutions. His work directly advances the Air Force’s strategic imperatives for air superiority and operational resilience by ensuring timely delivery of high-assurance, interoperable digital systems. Basnight collaborates with a broad spectrum of defense contractors specializing in systems engineering, software-defined architectures, and secure computing platforms. While no single vendor dominates his portfolio, he consistently engages with prime contractors possessing DoD CMMC compliance, NIST 800-171 adherence, and experience in classified environments. His contracting approach emphasizes performance-based outcomes, agile development cycles, and vendor readiness for rapid integration into existing air and space platforms. His procurement patterns reflect a strong preference for unrestricted competition, with 100% of awards issued under non-set-aside categories. This indicates a focus on technical capability and mission urgency over socioeconomic set-asides, though he remains compliant with all federal small business regulations. His approach prioritizes mission-critical performance and supply chain integrity, ensuring access to the most capable industrial base regardless of business size classification. Basnight’s primary acquisition focus is NAICS 541512—Computer Systems Design Services—encompassing the development of secure software systems, mission-critical algorithms, and embedded computing solutions for airborne and space-based platforms. He routinely procures services related to AI-driven sensor fusion, secure data enclave development, and open-architecture integration, reflecting deep expertise in the convergence of aerospace systems and cyber-physical infrastructure. His portfolio is defined by high-complexity, low-latency computing needs critical to next-generation air dominance.