Source Code LLC

Source Code LLC, operating through its Silicon Mechanics Division and doing business as Source Code Corp, manufactures and delivers custom-built high-performance computing hardware—servers, GPU workstations, storage systems, and networking infrastructure—to federal agencies as both a prime contractor (38% of recent awards) and subcontractor (62%). The company, a Massachusetts-based for-profit limited liability company headquartered in Norwood, competes predominantly full-and-open with no recurrent set-aside posture, though one small-business set-aside delivery order appears in recent activity.

Source Code Corp's customer base spans 42 distinct federal agencies with concentration in research and defense. The Department of Health and Human Services National Institutes of Health National Institute of Allergy and Infectious Diseases anchors the potential-value ranking with 4 awards totaling $3.2 million, including a $2.25 million delivery order for GPU servers supporting structural data processing and AI-based design work. The Department of the Navy Chief Naval Operations leads by award count (8 awards), followed by NASA's Johnson Space Center (7 awards) and the Department of the Air Force Air Education and Training Command (7 awards, $248 thousand). The top five customer agencies by either ranking account for approximately 32% to 74% of combined potential value depending on the metric. Recent prime work includes $118 thousand from the U.S. Pacific Fleet Forces for a Supermicro storage superserver and networking infrastructure (completion August 2028), $70 thousand from Naval Sea Systems Command for ThinkMates servers and workstations (February 2026), and $39 thousand from Immigration and Customs Enforcement for a customized data storage server supporting investigative field operations (September 2025). On the research side, Source Code Corp delivered a $604 thousand CryoSPARC cluster to NIAID for cryo-electron microscopy work and $375 thousand in GPU upgrades for NIAID's cryo-EM CryoSPARC infrastructure.

Source Code Corp places task orders under the GSA Multiple Award Schedule (7 task orders, $3.4 million combined potential value) and maintains seats on several agency-specific indefinite delivery contracts: Navy IDC N0014004D0011 (8 task orders), Air Force IDC FA300213D0011 (5 task orders), GSA OASIS UR (5 task orders), and Navy IDC N6134020D0025 (3 task orders). Activity has grown year over year from 11 awards in 2022 to 30 in 2024 and 32 in 2025, with only one award completing within the next twenty-four months (combined potential value $10 thousand).

In its subcontractor role, Source Code Corp supplies servers, storage enclosures, and compute accelerators to Valkyrie Enterprises, HX5 LLC, and Mantech on Department of Defense computer and data storage requirements; delivers Thinkmate and Supermicro systems to SAIC on hardware-in-the-loop and modeling-and-simulation development for Air Force aviation and missile programs; provides configured servers to Battelle Memorial Institute on DoD microelectronics supply-chain security R&D; and supplies GPU servers and components to Leidos on Naval Air Systems infrared and radio-frequency systems technology development. Subcontract work also includes server and storage hardware to support MIT Lincoln Laboratory federally funded research and development operations (through Marvin Engineering, HX5, and Valkyrie), air commando training systems for Lockheed Martin, and cyber security infrastructure support under NIAID operations contracts via General Dynamics Information Technology.

The vendor's award portfolio clusters heavily in electronic computer manufacturing (31 awards) and research-and-development work in physical and engineering sciences (46 awards combined), with primary PSC coding for servers and high-performance compute hardware. Recent combined potential value stands at $5.2 million against $10.5 million in obligated dollars, reflecting a portfolio of firm fixed-price purchase orders and delivery orders that trend toward completion rather than ceiling exposure.