Marc Alexis

Marc Alexis serves as a key procurement lead within the Commander (M00264) under the Department of the Navy, overseeing mission-critical acquisitions that sustain and modernize naval warfighting systems. Responsible for managing complex contracts in computing infrastructure and armored vehicle systems, he ensures alignment with operational readiness goals by procuring cyber-enabled command and control architectures, tactical computing platforms, and advanced sensor-integrated vehicle components. His role is central to translating technical requirements into actionable contracting strategies that support the Navy’s digital transformation and battlefield modernization priorities. Alexis maintains consistent partnerships with a focused set of contractors including GOLDBELT HAWK L.L.C., ALEX-ALTERNATIVE EXPERTS, LLC, TNDA TECHNOLOGIES INC., BC MARKET SOLUTIONS LLC, and BIOSPACE, INC. These vendors are selected for their specialized capabilities in defense-grade data infrastructure, real-time tactical computing, and armored vehicle system integration. His contracting approach favors established technical partners with proven experience in military environments, emphasizing performance-based outcomes, systems engineering support, and secure software development lifecycles. There is no preference for socioeconomic set-asides; all acquisitions are competed broadly under full and open competition, reflecting a mission-first procurement philosophy that prioritizes technical capability and operational urgency over socioeconomic criteria. This approach ensures access to the most capable vendors regardless of business size or certification status. His primary procurement focus lies in NAICS 518210 for computing infrastructure and data processing services, and NAICS 336992 for military armored vehicle manufacturing. He routinely acquires secure cloud-enabled computing environments, edge computing systems, tactical network hardware, and integrated armor and mobility platforms, demonstrating deep expertise in both cyber-physical systems and land-based naval support technologies.