William N. Seamon

William N. Seamon serves as a Contract Specialist within U.S. Transportation Command (USTransCom), responsible for managing the acquisition of critical global mobility support services essential to DoD expeditionary logistics. His role centers on executing full-cycle contracting actions for marine cargo handling and port operations, ensuring the timely and secure movement of military personnel and equipment across air, sea, and land domains. Seamon specializes in complex, performance-based contracts that support theater access and sustainment, often coordinating with operational planners to align procurement outcomes with strategic deployment timelines and logistical requirements. He maintains consistent working relationships with a select group of experienced maritime and aviation logistics contractors, including UNCOMN LLC, PHOENIX AIR GROUP, INC., RAMPART AVIATION, LLC, FANCIULLI EGISTO S.R.L., and MOUNTAIN AVIATION, LLC. These partnerships reflect a preference for vendors with proven capabilities in heavy-lift cargo operations, port terminal support, and expeditionary cargo handling. Seamon’s contracting approach emphasizes performance metrics, compliance with DoD transportation standards, and contractor readiness for rapid-response environments. Seamon’s procurement portfolio reflects a strict focus on open competition, with 100% of awards issued under no set-aside conditions. While he does not prioritize socioeconomic categories such as 8(a), HUBZone, or SDVOSB, his approach ensures maximum vendor competition and operational capability alignment, prioritizing mission-critical performance over socioeconomic preferences. His primary technical focus lies in NAICS 488320 (Marine Cargo Handling), where he procures specialized services including stevedoring, container terminal operations, roll-on/roll-off support, and port infrastructure coordination. His expertise centers on the operational integration of commercial maritime logistics with military requirements, ensuring seamless interoperability in austere and high-tempo environments.