Nokia Federal Solutions, part of Nokia, and Lockheed Martin introduced a modular, open-architecture 5G communications platform designed for U.S. and allied defense forces. The system targets mission-critical connectivity at the tactical edge, enabling military vehicles and mobile platforms to leverage commercial-grade 5G in operational environments while aligning with the U.S. Department of War’s commercial-first strategy.
The solution integrates Nokia’s carrier-grade 5G technology within the Command, Control, Communications, Computers, Cyber, Intelligence, Surveillance, Reconnaissance / Modular Open Suite of Standards (C5ISR/CMOSS) framework. By conforming to CMOSS hardware and software module specifications, the architecture enables plug-and-play deployment across platforms, reduces system integration complexity, and allows rapid insertion of new capabilities without disrupting existing systems. The approach emphasizes interoperability and lifecycle flexibility across heterogeneous defense environments.
The joint platform combines Nokia’s commercial 5G portfolio with Lockheed Martin’s 5G.MIL® architecture to create a hybrid network that balances performance, cost efficiency, and security. The companies position the solution as a progression from their 2025 integration work, moving from demonstration to field-deployable systems. The CMOSS-aligned design also supports broader adoption across NATO-aligned forces, providing a standardized pathway for integrating commercial 5G into defense infrastructure.
- CMOSS-aligned modular architecture enables plug-and-play integration across military platforms
- Supports deployment in vehicles, expeditionary systems, and tactical edge environments
- Combines commercial 5G with defense-grade security via 5G.MIL hybrid networking
- Reduces integration complexity and accelerates technology refresh cycles
- Designed for interoperability across U.S. and allied (including NATO) systems
- Advances DoW commercial-first strategy for defense communications
“Moving advanced communications from concept into the field requires discipline, scale, and an understanding of how defense systems are built and sustained,” said Sarah Hiza, senior vice president for Technology and Strategic Innovation at Lockheed Martin. “This collaboration is about rapidly delivering capability that can be deployed, sustained and trusted over the long term.”
🌐 Analysis: The Nokia–Lockheed Martin collaboration on military 5G is not new; it builds on a multi-year effort to adapt commercial cellular technology for defense use cases. As early as 2021–2022, Lockheed Martin began promoting its 5G.MIL architecture as a framework to integrate 5G with tactical communications, satellite networks, and secure transport layers. In 2023, Nokia and Lockheed Martin publicly demonstrated interoperability between Nokia’s private wireless platforms and Lockheed’s hybrid base station concepts, targeting military logistics, command-and-control, and ISR applications. Their 2025 announcement marked a formal integration milestone, combining Nokia’s carrier-grade 5G with Lockheed’s 5G.MIL environment—effectively moving from concept validation to system-level integration.
🌐 Analysis: The latest CMOSS-aligned release signals a transition from integration and prototyping into operational deployment. This progression mirrors broader Department of Defense priorities around open architectures and rapid capability insertion, where CMOSS plays a central role in standardizing modular hardware/software across platforms. Compared to earlier phases—focused on interoperability demos and hybrid network concepts—this announcement emphasizes field readiness, modular deployment, and lifecycle upgrades.
