Heather Ayres

Heather Ayres serves as a key procurement lead within the Department of the Air Force’s FA8771 Aflcmc Gbk, where she oversees the acquisition of mission-critical information technology solutions that underpin air and space domain operations. Her responsibilities include managing the full lifecycle of contracts for secure software development, cloud modernization initiatives, and AI-enabled decision support systems. She plays a central role in aligning procurement strategies with the agency’s priorities in cyber resilience, data modernization, and workforce upskilling, ensuring that acquisitions support operational readiness and technological innovation across the Air Force’s digital infrastructure. While specific contractor names are not publicly disclosed, Ayres engages with a broad ecosystem of defense technology vendors specializing in secure software engineering, zero-trust architecture, and enterprise cloud platforms. Her procurement patterns reflect a preference for established defense contractors and mid-tier IT firms with proven experience in DoD compliance, DevSecOps pipelines, and classified system integration. She fosters long-term partnerships with vendors capable of delivering agile, iterative solutions under strict security controls and FedRAMP-compliant environments. Ayres’s contracting activity is entirely non-set-aside, with 100% of procurements conducted under open competition. This reflects a strategic focus on accessing the broadest possible talent pool and technical capabilities to meet urgent operational demands, rather than prioritizing socioeconomic set-asides. Her approach prioritizes performance, scalability, and security over socioeconomic categorization, consistent with the high-stakes nature of air and space mission systems. Her primary procurement focus is on NAICS 511210—Software Publishers—encompassing custom software development, mission-specific applications, and AI-driven analytics platforms. She consistently acquires solutions in cloud-native architectures, containerized microservices, and secure DevSecOps toolchains, demonstrating deep expertise in the technical domains of aerospace command and control systems and enterprise-level digital modernization.