Natalia Buchanan

Natalia Buchanan serves as a key procurement lead within the Air Force Research Laboratory’s Rocket Propulsion Division (FA9453), where she manages acquisitions critical to advancing next-generation space systems and resilient aerospace technologies. Her role centers on facilitating rapid prototyping and foundational research initiatives that support U.S. dominance in space domain awareness, satellite communications, and autonomous space operations. She specializes in securing custom software and computing solutions that enable high-performance instrumentation, real-time data processing, and secure command-and-control architectures for next-gen space platforms. Her acquisitions are strategically aligned with the Air Force’s imperative to accelerate innovation through agile contracting methods and technical modernization. Buchanan collaborates primarily with small businesses and specialized technology vendors capable of delivering tailored software solutions for mission-critical aerospace environments. While no single contractor dominates her portfolio, her contracting patterns reflect a preference for agile, niche firms with proven expertise in space-grade software development, embedded systems, and secure data analytics. She fosters collaborative, performance-based vendor relationships that prioritize innovation, rapid iteration, and compliance with DoD cybersecurity standards such as NIST SP 800-171 and CMMC. Her procurement strategy is uniformly dedicated to small business participation, with 100% of her acquisitions set aside under FAR 19.5 for small businesses. This reflects a deliberate commitment to cultivating a diverse supplier base of innovative firms, including those certified as 8(a), HUBZone, and women-owned small businesses, ensuring broad access to cutting-edge technical capabilities across the national security innovation base. Buchanan’s primary focus is on NAICS 541511—Custom Computer Programming Services—where she procures specialized software development, algorithm design, and real-time data processing systems for space-based sensors, autonomous satellite networks, and resilient computing architectures. Her technical domain expertise lies in high-assurance software for space operations, including mission-critical firmware, secure communications protocols, and AI-enabled decision support tools essential to modern space warfare and satellite constellation management.