Sharon Moore

Sharon Moore serves as a key procurement professional within the Science and Technology Acquisition Division of the Department of Homeland Security’s Office of Procurement Operations, where she plays a critical role in advancing national security through the acquisition of advanced scientific and technical capabilities. She manages complex contracts for cutting-edge research and development in physical sciences, engineering systems, and life sciences, with a focus on next-generation detection technologies, cybersecurity infrastructure, and critical infrastructure protection solutions. Her work directly supports the agency’s mission to equip federal stakeholders with innovative, high-performance capabilities that enhance homeland defense readiness and operational resilience. Moore maintains a strategic working relationship with MICROSOFT CORPORATION, leveraging the vendor’s enterprise-scale cloud platforms, AI-driven analytics tools, and secure software ecosystems to modernize DHS’s technical infrastructure. Her contracting patterns reflect a preference for established technology integrators capable of delivering scalable, compliant, and mission-critical solutions under stringent federal security protocols. While she collaborates primarily with large prime contractors, her approach emphasizes performance-based acquisition strategies and risk-managed lifecycle support. No set-aside preferences are currently documented in her portfolio, and there is no public indication of targeted socioeconomic contracting initiatives such as 8(a), HUBZone, or SDVOSB utilization. Her procurement actions appear centered on technical capability rather than socioeconomic criteria, though this may reflect data limitations rather than policy posture. Her primary acquisition focus lies in NAICS categories related to scientific R&D services, information technology system integration, and cybersecurity engineering. She routinely procures advanced sensor systems, secure data analytics platforms, machine learning models for threat detection, and hardened communications architectures, demonstrating deep expertise in technical domains critical to federal homeland security operations.