James Cimini

James Cimini serves as a key procurement professional within GSA’s Federal Acquisition Service (FAS) Region 1, where he supports mission-critical acquisitions for federal agencies requiring advanced technical solutions in support of national security and public safety. His work centers on securing custom computer programming and systems design services essential to CBRN defense operations, medical response systems, and protective equipment integration. He manages the full lifecycle of contracts under FAR Part 12 and Part 36, ensuring compliance with federal cybersecurity standards and interoperability requirements for high-risk operational environments. Cimini maintains a collaborative procurement approach, engaging with a diverse ecosystem of vendors specializing in secure software development, real-time data analytics, and mission-critical system integration. While specific contractor names are not publicly disclosed, his portfolio consistently includes both large systems integrators and innovative small businesses capable of delivering tailored, agile solutions under tight operational timelines. His contracting patterns reflect a preference for performance-based acquisition strategies and modular, scalable service delivery models. His procurement strategy reflects a balanced commitment to socioeconomic goals, with approximately half of his acquisitions set aside for small businesses under FAR 19.5, and the other half conducted as full and open competitions. This dual approach ensures competitive rigor while actively fostering participation from small, disadvantaged, and veteran-owned firms. He consistently prioritizes socioeconomic diversity without compromising technical capability or mission readiness. Cimini’s primary technical focus lies in NAICS 541511 (Custom Computer Programming Services), where he procures secure, compliant software for CBRN detection, incident command systems, and real-time situational awareness platforms. He also oversees NAICS 541512 (Computer Systems Design Services) contracts for integrated hardware-software architectures supporting medical and protective gear interoperability. His expertise spans secure coding practices, NIST-aligned cybersecurity frameworks, and defense-grade system certification requirements.