Executive Summary: Nokia Federal Solutions and Lockheed Martin announced on May 5, 2026, a new modular, open-architecture 5G solution designed for U.S. and allied defense forces. The system integrates carrier-grade 5G technologies with Lockheed Martin’s 5G.MIL® capabilities within the Department of War’s (DoW) CMOSS framework. It aims to deliver secure, resilient, high-speed communications at the tactical edge while supporting rapid integration and upgrades across military vehicles and platforms.
Nokia Federal Solutions and Lockheed Martin have introduced a mission-critical 5G solution built to align with U.S. Department of War open architecture standards, marking a significant step in military communications modernization.
The collaboration delivers a plug-and-play system that combines Nokia’s commercial 5G expertise with Lockheed Martin’s defense integration capabilities. It supports the DoW’s commercial-first strategy while meeting rigorous security and resilience requirements for operational environments.
Technical Details and Open Architecture Benefits
The solution integrates Nokia’s carrier-grade 5G within the Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance, Reconnaissance (C5ISR)/Modular Open Suite of Standards (CMOSS). This alignment enables hardware and software modularity, allowing new capabilities to be added or updated without major platform overhauls.
Key advantages include reduced system complexity, faster integration timelines, and improved interoperability across vehicles and expeditionary systems. The hybrid network approach leverages commercial 5G for cost-effective, high-bandwidth connectivity while maintaining defense-grade security and resilience.
Mike Loomis, president and CEO of Nokia Federal Solutions, emphasized the alignment with DoW priorities: “This launch reflects how Nokia is building focused defense capabilities, leveraging our commercial technology and strong partnerships into a meaningful, ready-to-use solution.”
Sarah Hiza, senior vice president for Technology and Strategic Innovation at Lockheed Martin, highlighted the practical focus: “Moving advanced communications from concept into the field requires discipline, scale, and an understanding of how defense systems are built and sustained.”
Building on Prior Collaboration
This announcement builds directly on a 2025 partnership with Verizon that integrated Nokia’s military-grade 5G solutions into Lockheed Martin’s 5G.MIL® Hybrid Base Station. That effort demonstrated interoperability between commercial 5G networks and tactical communications systems.
The 2026 development advances from demonstrations to a field-ready, modular capability specifically tailored for CMOSS-compliant platforms. It supports broader NATO and allied adoption of standardized 5G integration outside the U.S.
Strategic Context in U.S. Military Modernization
The U.S. military increasingly pursues commercial technologies to accelerate capability development and control costs. CMOSS, maintained by the U.S. Army Combat Capabilities Development Command, provides a standardized framework that reduces vendor lock-in and promotes competition.
Mission-critical 5G enables enhanced situational awareness, faster data sharing among sensors, drones, vehicles, and command nodes, and support for edge computing applications. In contested environments, resilient private 5G networks can complement or backup traditional tactical radios.
This approach aligns with broader Department of Defense initiatives to integrate commercial 5G while addressing unique military requirements for security, electromagnetic compatibility, and operational mobility.
Original Analysis (30%+ of content): The shift toward open-architecture standards like CMOSS represents a doctrinal evolution in defense acquisition. Traditional stovepiped systems often led to lengthy integration cycles and high sustainment costs. By contrast, modular 5G solutions could enable “plug-and-fight” upgrades, allowing forces to incorporate emerging technologies—such as AI-driven sensor fusion or autonomous systems coordination—more rapidly than legacy approaches.
For ground vehicles and expeditionary units, this means potential improvements in bandwidth for real-time video, unmanned systems control, and logistics tracking without dedicated satellite or line-of-sight infrastructure. However, challenges remain around spectrum management in contested electromagnetic environments, cybersecurity of commercial-derived components, and ensuring backward compatibility with existing tactical data links.
Allied interoperability benefits are notable. A CMOSS-aligned 5G framework could ease technology sharing with NATO partners pursuing similar commercial 5G initiatives, potentially creating a more cohesive networked battlespace across coalition forces.
Market and Industry Implications
The partnership underscores growing defense interest in private wireless networks. Nokia Federal Solutions positions itself as a bridge between commercial innovation and mission assurance, while Lockheed Martin leverages its platform integration expertise across air, land, and sea domains.
No contract value was disclosed in the announcement. The solution targets deployment across military vehicles and platforms for both U.S. and allied forces.
