Amy Driver

Amy Driver serves as a procurement professional within the Department of Homeland Security’s Departmental Operations Acquisitions Division I (70RDA1), supporting the Office of Procurement Operations in securing mission-critical digital infrastructure. She manages the acquisition of advanced software systems, biometric matching platforms, and cybersecurity agents tailored for operational technology environments, ensuring the agency’s technological resilience against evolving national security threats. Her work directly enables the deployment of secure, scalable computing services that underpin DHS’s operational readiness and data integrity across federal networks. Her contracting patterns reflect a strong preference for open competition, with approximately 95% of acquisitions conducted without set-asides, indicating a focus on technical capability and performance over socioeconomic criteria. When small business participation is pursued, it is typically through Total Small Business Set-Asides under FAR 19.5, reflecting a measured but intentional commitment to expanding vendor diversity without compromising mission requirements. She engages with a broad spectrum of vendors, prioritizing firms with proven expertise in secure software development, systems integration, and mission-critical IT services. Amy’s procurement focus is concentrated in NAICS categories 511210 and 513210, indicating deep engagement with software publishers and custom software development firms. She routinely sources cybersecurity solutions, biometric identification systems, and computer systems design services, demonstrating specialized expertise in secure software architectures and operational technology environments. Her work also intersects with administrative management consulting services (541611), ensuring acquisition strategies align with enterprise-wide governance and compliance standards. Her technical domain centers on securing digital infrastructure for high-assurance federal operations, requiring rigorous evaluation of vendor security controls, supply chain integrity, and system interoperability.