France Introduces Telecom-Based Counter-Drone Network Using 19,700 Towers to Protect Critical Assets.

Orange Business moved into Europe’s fast-growing counter-UAS market on March 17, 2026, with the launch of Orange Drone Guardian, which the company presents as Europe’s first anti-drone solution delivered in an as-a-service model.

The new system is designed to detect, identify, and classify intrusive drones in low-altitude airspace across France, giving critical-site operators a scalable warning and command capability without building their own nationwide counter-drone architecture. This approach changes how critical infrastructure can defend against drone threats by removing the need to build independent sensor networks, enabling persistent, wide-area surveillance with faster warning timelines and a direct data pipeline to authorities.

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Orange Drone Guardian combines tower-based sensors, secure telecom networks, and sovereign cloud infrastructure to deliver a scalable counter-UAS detection and command service for protecting critical sites across France (Picture source: Orange).

The offer is aimed at operators of vital importance, operators of essential services, major-event organizers, and public institutions responsible for protecting critical infrastructure, and it arrives as European policymakers acknowledge that civilian infrastructure operators often face a growing drone threat but limited authority to neutralize it directly. In that context, a sovereign detection-and-command layer has immediate operational value because it shortens warning time, improves situational awareness, and creates a cleaner handoff to state responders.

Orange Drone Guardian is significant less for any single sensor than for the architecture behind it. Orange says the service combines secured and resilient connectivity managed end to end by the company, a France-based secure operations center, and the Cloud Avenue SecNum trusted cloud environment hosted in Grenoble; Orange Business said in July 2025 that this platform had obtained ANSSI’s SecNumCloud qualification, while ANSSI’s cloud-services directory lists Orange Business and its Cloud Avenue offering among SecNumCloud providers in France. That sovereign digital backbone matters because counter-drone data is only tactically useful when it can be transported, fused, stored, and acted on with high assurance and low latency.

The deployment concept is where the solution becomes especially relevant for defense and homeland security readers. Orange is using the nationwide footprint of 19,700 TOTEM-operated sites in France as strategic high points for detection sensors, allowing rooftop and tower placements that widen line of sight, improve geometry for urban observation, and reduce the need for each customer to buy, install, protect, and maintain a bespoke sensor network; TOTEM itself says it operates more than 27,000 sites across France and Spain. In practical terms, that means Orange can push a distributed surveillance grid closer to the threat axis rather than concentrating all sensing capacity inside a single protected compound.

Orange has not publicly detailed the exact sensor mix, nor has it announced an organic hard-kill or soft-kill effector package. That point should be made clearly: as presented, Drone Guardian is first and foremost a detection, identification, classification, and command-and-control service rather than a standalone anti-drone weapon. Yet that does not reduce its military relevance. In many real-world critical-infrastructure scenarios, the decisive question is not which jammer or interceptor exists on paper, but whether a protected site can generate an accurate, legally actionable track early enough to trigger security procedures, airspace management measures, or intervention by authorized forces.

From an operational perspective, the system appears built around a classic sensor-to-C2 chain adapted to civilian and dual-use environments. Sensors deployed on towers and rooftops feed data through Orange’s managed network into command software and a secure operations center, where information is consolidated and processed in real time; the result is a continuously updated picture of low-altitude air activity that can be distributed to site security teams and decision-makers. Because the company emphasizes performance in complex and interference-prone urban environments, the architecture is clearly optimized for dense electromagnetic and structural clutter rather than only for open test-range conditions.

The next step in capability growth is also noteworthy. Orange says the architecture is open and scalable, with room for additional software modules, more sensor types, AI-enabled data exploitation, digital twins, and future 5G radio-sensing functions. That matters because it points toward a network-centric counter-UAS model in which communications infrastructure is no longer just the transport pipe but becomes part of the sensing ecosystem itself. A digital twin can help model protected zones, line-of-sight constraints, and probable ingress corridors, while AI can accelerate track correlation and reduce operator burden in high-traffic environments.

This is why Orange Drone Guardian is a strong solution even without a publicly unveiled effector. It combines structures and network in a way few competitors can replicate at a national scale: elevated physical infrastructure for sensor placement, owned and operated telecom transport, a sovereign cloud stack, and centralized operational expertise under one industrial authority. That combination reduces deployment time, cuts customer capital expenditure, standardizes upgrades, and enables multi-site coverage for industrial facilities, logistics hubs, ports, airports, dense urban zones, and major events. In a market where many users need persistence and breadth more than a boutique tactical kit, that is a serious advantage.

The launch also fits neatly into Orange Business’s broader defense posture. The company created a dedicated Defense & Security division in June 2025 to pursue resilient connectivity, hybridization of civilian and military networks, hosting of sensitive data, emergency communications, AI, and cybersecurity, supported by wider Orange infrastructure that includes 45,000 km of terrestrial fiber, more than 2,500 satellite antennas, and 450,000 km of submarine cables. Drone Guardian is therefore more than a niche security product; it is an early demonstration of how a European telecom operator intends to convert national digital infrastructure into sovereign security capability.

Europe’s counter-drone gap will not be closed by effectors alone, especially when legal authority to jam or physically defeat drones remains restricted for many civilian operators. It will be closed by layered systems that merge persistent sensing, secure data transport, trusted cloud processing, and fast command workflows into a usable operational service. Orange Drone Guardian does exactly that. It may not be the final link in the engagement chain, but it addresses the part of the chain that most critical sites still lack: a scalable, sovereign, and networked means to see the threat early and organize a response before a small drone becomes a strategic incident.