Belgian consortium to develop new sovereign counter-drone system to protect critical infrastructure.

A new Belgian consortium led by Cobbs BELUX, Anduril Industries, and Nokia Belgium has launched a sovereign counter-unmanned aerial system (C-UAS) program to protect national critical infrastructure and military sites.

Announced in Brussels, the initiative aims to deliver an integrated, AI-enabled detection and response architecture capable of countering evolving drone threats while reinforcing Belgium’s operational autonomy in air defense. The program will directly enhance Belgium's readiness and NATO interoperability by enabling rapid detection, tracking, and neutralization of low-cost drone threats targeting high-value assets such as bases, logistics hubs, and command centers.

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Anduril, Nokia, and Cobbs launched a joint counter-UAS initiative to develop and deploy a Belgian system for detecting, tracking, and responding to drone threats, improving the protection of military sites, NATO facilities, and critical infrastructure. (Picture source: Cobbs)

Cobbs BELUX, Anduril Industries, and Nokia Belgium announced the creation of a joint consortium to design, develop, and deploy a sovereign counter-unmanned aerial system capability across Belgium, following a formal announcement at the BEDEX defence exhibition in Brussels on March 13, 2026, attended by Ken Spruyt, Brian Moran, Belgian Minister of Defence Theo Francken, and Michaël Rummens. The initiative is structured to protect military installations and critical national infrastructure through a system developed and operated within Belgium, while contributing to broader European defence requirements. The program integrates operational deployment, industrial participation, and continuous capability development into a single framework.

Therefore, the consortium combines three distinct functional areas, including operational integration, autonomous systems, and communications infrastructure. The future C-UAS system is intended to remain adaptable through iterative updates, while also supporting the development of a national defence industrial base with local production, integration, and sustainment activities. The creation of this consortium is driven by the rapid proliferation of small, low-cost unmanned aerial systems capable of conducting surveillance, electronic interference, or physical disruption against military and civilian targets. These drones operate with increasingly complex behaviors, including adaptive flight paths, frequency changes, and coordinated swarm tactics, to challenge traditional air defence systems.

Conventional procurement cycles, often measured in years, are no longer aligned with the pace of technological change observed. As a result, the consortium emphasizes continuous system evolution through software updates and modular hardware integration, extending beyond detection to include classification, tracking, and response within compressed timeframes. Military bases, logistics hubs, and infrastructure nodes are identified as primary exposure points due to their fixed locations and operational importance. The consortium structure allocates specific roles to each participant, with Cobbs BELUX responsible for system integration, deployment, and operational interface with Belgian defence and security users.

The company is experienced in tactical equipment integration, training, and lifecycle support for military and law enforcement agencies. The American Anduril Industries, for its part, provides autonomous counter-drone systems and software-defined architectures, drawing on operational deployments of such systems since 2019 in multiple regions. Its contribution includes artificial intelligence-driven detection, tracking, and engagement capabilities integrated into a unified control system. Nokia Belgium and Nokia Defense provide secure communications infrastructure, including fixed, mobile, and transport network capabilities adapted for defence applications. Therefore, Nokia's role includes ensuring resilient connectivity between sensors, command elements, and response systems under operational conditions. 

The C-UAS architecture is built around a centralized command-and-control intelligence layer, to aggregate and process data from multiple sensor types in real time. These inputs include radar for range and movement detection, optical sensors for visual identification, radio frequency sensors for signal analysis, and acoustic systems for detecting drone signatures. The fusion of these data streams produces a unified operational picture with automated classification of detected objects. The architecture supports simultaneous management of multiple counter-UAS assets by a single operator, reducing personnel requirements while maintaining oversight of engagement decisions. Human control is retained for critical actions, ensuring compliance with operational rules and engagement protocols.

The system is designed to process high volumes of data with minimal latency, enabling rapid identification and response to threats. Prioritizing decision speed and information integration, this architecture is structured to accommodate additional sensor types and processing capabilities as they become available. The communications layer, supported by Nokia, integrates all system components into a coherent network linking sensors, processing elements, and response mechanisms. This network is designed to maintain connectivity under contested conditions, ensuring continuous data transmission and system coordination. It aligns with NATO counter-drone requirements, enabling interoperability with allied systems and command structures.

The architecture is modular, allowing new technologies to be integrated without replacing existing components. This includes the use of dual-use research and development facilities in Belgium and across Europe to support ongoing capability expansion. The system is intended to operate across multiple sites simultaneously, providing layered coverage for military bases, logistics hubs, and critical infrastructure. The network supports both centralized and distributed operations, depending on operational requirements, and this flexibility will ensure resilience against disruptions or system degradation. The industrial dimension of the consortium is focused on establishing a locally anchored capability that includes development, production, and sustainment within Belgium.

This approach supports national control over critical defence technologies and reduces reliance on external supply chains. It also facilitates faster integration of upgrades and modifications, as development and deployment occur within the same ecosystem. The program contributes to the expansion of the Belgian defence industrial base by involving local companies and workforce development initiatives. It is structured to support long-term innovation through continuous collaboration between industry and defence stakeholders. The inclusion of European research and development resources extends this capability beyond national boundaries while maintaining local control.

This model reflects a shift amplified by the current Belgian Defence Minister, Theo Francken, toward a more integrated industrial participation to enhance the country's strategic autonomy. Within Belgium, the deployment of the Cobbs BELUX, Anduril, and Nokia counter-UAS architecture could be expected to follow a tiered protection model centered on Belgium’s most critical sites. Priority locations include NATO command structures such as SHAPE in Mons and NATO Headquarters in Brussels, where high-value command functions and political leadership create continuous exposure to surveillance or disruption by unmanned systems.

Secondary deployment layers could extend to key air bases, including Kleine-Brogel and Florennes, as well as logistics hubs such as Chièvres Air Base and prepositioned equipment sites like Zutendaal, where operational continuity is essential for force projection. Naval infrastructure, particularly Zeebrugge and Antwerp, represents another critical node due to its role in maritime logistics and access. The future C-UAS system, which allows sensor data and threat tracking to be shared across several locations, will therefore enable coordinated responses to aerial incursions in Belgian airspace.

Written by Jérôme Brahy

Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.