RANDSTAD FEDERAL, LLC

RANDSTAD FEDERAL, LLC delivers specialized professional and technical services focused on fostering innovation through crowdsourced solutions for federal agencies. Their core capabilities center on designing and managing open innovation platforms that engage external talent—researchers, entrepreneurs, and technologists—to develop novel products and processes aligned with mission-critical government objectives. The contractor excels in facilitating collaborative innovation ecosystems, particularly in support of NASA’s Center of Excellence for Collaborative Innovation, where they enable the solicitation, evaluation, and integration of external ideas and technologies across multiple NASA centers and interagency partners. Their technical expertise includes end-to-end crowdsourcing program management, challenge design, intellectual property frameworks, and secure digital engagement platforms tailored to federal compliance standards. The contractor’s primary agency relationship is with the National Aeronautics and Space Administration, where they support advanced research and development initiatives through external innovation channels. Their work enables NASA to tap into non-traditional sources of technical expertise, accelerating the prototyping and adoption of cutting-edge solutions in space exploration, Earth science, and aeronautics. RANDSTAD FEDERAL operates under NAICS 541990, which encompasses all other professional, scientific, and technical services not classified elsewhere—specifically, they focus on innovation brokerage and open collaboration services within the federal space sector. This positions them as a niche provider in the government innovation economy, bridging public-sector needs with private-sector creativity. As a 2L entity headquartered in Duluth, Georgia, RANDSTAD FEDERAL operates as a small business without federal certifications. Their market presence is defined by targeted engagement with high-priority federal R&D missions, particularly those requiring agile, non-traditional acquisition approaches to solve complex technical challenges.