Denmark moves to nationwide Direct Remote ID sensor network
Denmark’s DALO has issued a tender for Remote ID sensors, underpinning plans for a nationwide drone detection network and a national counter-drone C2 layer.
Key facts
- Denmark’s Ministry of Defence is preparing to acquire a large number of Direct Remote ID (RID) sensors as part of a nationwide drone detection architecture.
- DALO published a tender on 21 August for the acquisition and support of Remote ID (RID) sensors.
- The plan includes building a national command-and-control layer intended for counter-drone operations.
3 minute read
Denmark is signalling a shift from site-by-site drone monitoring to an integrated, nationwide drone detection and response architecture, with its Ministry of Defence preparing to acquire a large number of Direct Remote ID sensors and to build a national command-and-control layer for counter-drone operations. The immediate procurement vehicle is a tender published by the Danish Ministry of Defence Acquisition and Logistics Organisation (DALO) on 21 August for the acquisition and support of Remote ID (RID) sensors.
Even on the limited details available in the feed excerpt, the procurement intent is strategically relevant. Direct Remote ID sensing is increasingly treated across Europe as a baseline “cooperative” detection layer that can provide rapid attribution—where compliant drones broadcast identity and telemetry and sensors harvest those signals for situational awareness. If Denmark couples a dense RID sensor network with a national C2 layer, it can move beyond local alerts toward a shared operational picture, enabling cueing of additional sensors, standardized incident management, and more consistent cross-agency workflows.
For European defence and internal security audiences, Denmark’s approach reinforces two parallel implications. First, it strengthens demand for interoperable RID data models, secure networking, and scalable fusion platforms that can ingest RID alongside other detection modalities—an area where European primes and specialist integrators can differentiate through sovereign hosting, cybersecurity, and integration with national airspace management. Second, it highlights a familiar capability gap: RID sensors primarily address compliant emitters and are not, by themselves, sufficient against non-cooperative drones, autonomous flight without broadcast, spoofing, or adversaries operating outside regulatory frameworks. A national C2 layer is therefore most valuable when it can orchestrate layered sensing and response, rather than treating RID as a standalone counter-UAS solution.
Source: DroneWatch.eu
