COPPER RIVER CYBER SOLUTIONS, LLC

COPPER RIVER CYBER SOLUTIONS, LLC operates as a specialized government contractor focused on cybersecurity and mission support services within the federal sector. Based in Chantilly, Virginia, the company delivers technical solutions aligned with defense and intelligence mission needs, leveraging expertise in cyber defense, threat analysis, and secure systems integration. Their core capabilities include network security architecture, vulnerability management, identity and access control, and compliance with NIST SP 800-53 and FISMA requirements. The firm emphasizes operational resilience, implementing tailored controls to protect sensitive data environments and support continuous monitoring frameworks. While specific project details are not available, their location and entity structure suggest deep integration with intelligence community and defense contractor ecosystems, with a focus on mission-critical infrastructure protection. Award history does not provide sufficient data to identify specific agencies or contract volumes, and no recent awards are listed for reference. As a result, no definitive patterns of agency engagement can be confirmed. The company’s primary NAICS code, 561210, indicates a focus on investigation and security services, which in practice translates to operational support for classified and unclassified federal systems, including physical and cyber security coordination, risk assessments, and policy-aligned compliance enforcement. COPPER RIVER CYBER SOLUTIONS, LLC is structured as a small business (2L) with no publicly disclosed government certifications. Its geographic presence in Chantilly, Virginia, positions it within a high-density federal contracting corridor, enabling proximity to key defense, intelligence, and homeland security stakeholders. The company’s market positioning reflects a niche orientation toward technical execution in cybersecurity support services, with an emphasis on agility, compliance, and mission-driven outcomes rather than large-scale system development.