Ericsson brings drone detection capabilities to mobile networks
Commercial introduction is expected to start with sensing-only pilots in 2027, before broader deployments from 2028.
Sentiment and the balance of points
Rhea-AI Sentiment reads the wording of the document, how positive or negative its language is on a 1 to 5 scale. The balance of points shown with the takes weighs what the document actually discloses, so the two can disagree, for example when a trial that missed its main goal is described in upbeat language.
Rhea-AI Summary
Ericsson (NASDAQ: ERIC) introduced a mobile-network sensing system to detect and track moving objects, including drones not connected to the network.
The Integrated Sensing and Communication (ISAC) System uses parts of existing 5G infrastructure and complements radar and other sensors. Tests detected and tracked micro drones at kilometer-scale distances; actual performance depends on the target, terrain, sensing geometry and system configuration. Ericsson expects selected small-scale, sensing-only commercial pilots in 2027, followed by broader deployments from 2028. Integrated communications capability will be added as the system evolves toward 6G.
Positive
- Minor point. Forward-looking: it has not happened yet and may not happen.Ericsson expects small-scale, sensing-only commercial pilots in 2027 with selected customers, followed by broader deployments from 2028.
Negative
- Minor point. Forward-looking: it has not happened yet and may not happen.Integrated communications capability will come later, as the solution evolves toward 6G.
AI-generated analysis. How Rhea-AI works. Not financial advice.
- Ericsson introduces new Integrated Sensing and Communication (ISAC) System
- The system accurately detects and tracks moving objects such as drones over wide areas, including those not connected to the network
- Selected small-scale, sensing-only commercial pilots expected to begin in 2027. Wider scale sensing deployments expected to follow in 2028
The new solution adds sensing capabilities to the mobile network, enabling defense, public safety and critical infrastructure operators to detect and track moving objects, even when they are not connected to the network.
Commercial introduction of the Ericsson ISAC System will take place in phases, beginning with small-scale, sensing-only commercial pilots with selected customers in 2027, followed by broader-scale deployments from 2028. The integrated communications capability will be added as the solution evolves towards 6G.
Small, low-cost drones are increasingly being used for unlawful surveillance, organized crime, sabotage, and warfare. Their size and flight behavior at low altitudes make them difficult to detect, which creates new challenges for national security, critical infrastructure protection, and public safety. Dedicated sensors will remain important for protecting critical sites but scaling them across larger areas may be challenging due to the significant new infrastructure required.
The Ericsson ISAC System closes the low-altitude, wide-area detection gap by transforming the mobile network into a new layer of situational awareness. Using sensing-capable 5G radios, edge computing, AI and signal processing, it detects objects that are not connected to the network and maintains tracks across the coverage area, complementing radar and other sensors rather than replacing them.
How it works
Ericsson ISAC System detects and tracks objects by analyzing how radio signals are reflected by objects in the environment. It operates as a multi-static system, which means that sensing signal transmission and reception are distributed across multiple geographically separate mobile-network sites. This allows objects to be viewed from multiple angles at once - providing high accuracy that increases detection confidence, positioning, track continuity, and coverage resilience.
The Ericsson ISAC System uses parts of the 5G mobile network infrastructure - such as towers, backhaul and spectrum - already in place across cities, transport corridors and strategic locations to provide tracking data and AI-based classification. This data can be securely shared through standardized interfaces with authorized external systems, including security and command and control systems. Combined with data from other sensors and mitigation platforms, it can give users a more complete operational picture, helping them respond faster and make more informed decisions.
In validated tests, the system reliably detected and tracked micro drones at kilometer-scale distances with precise 3D positioning. Testing demonstrated consistent detection and tracking across a range of operating conditions, system configurations and drone flight patterns. Actual performance depends on factors such as the characteristics and flight profile of the target, sensing geometry, terrain and surrounding environment, and system configuration.
Evaluated in live 5G demonstrations
Trials with AT&T in
A separate demonstration with Erillisverkot in
In
Potential applications
Defense and public safety: Enhancing airspace monitoring across borders, coastlines and strategic assets.
Critical infrastructure: Strengthening protection for ports, power plants and other vital sites.
Transport and industry: Supporting safer operations across road, rail and industrial environments.
Low-altitude economy: Drone traffic management, urban airspace monitoring, and digital twins for smart-city planning and environmental mapping.
Freddie Södergren, Global Head of Mission Critical Networks and Defense, Ericsson, says: "Low-flying drones create a detection coverage gap that no single sensor can effectively address. Ericsson ISAC System enables multiple 5G sites to deliver coordinated wide-area detection and continuous tracking, with data that can be integrated with traditional sensing technologies and operational systems. It also gives operators a pathway to create new services from existing network assets."
Joe Madden, Principal Analyst at Mobile Experts, says: "Ericsson's ISAC System shows that mobile-network sensing can perform far better than many expect, turning complex radio reflections into remarkably accurate tracking of low-flying, uncooperative objects. By building on an extensive footprint of existing sites, Ericsson has the potential to deliver wide-area drone detection faster and more cost-efficiently than deploying new dedicated sensor infrastructure."
Carl Lundqvist, Chief Architect, Swedish Armed Forces HQ, says: "Detecting small drones across large areas is a growing operational challenge. The possibility of using distributed infrastructure to complement existing sensors could provide an important additional layer of situational awareness."
Shawn Hakl, SVP & Head of Product, AT&T Business, says: "The next evolution of connectivity is about networks that don't just move data but help organizations with insights to better understand and respond to the events in the real world. Bringing Integrated Sensing and Communication (ISAC) capabilities into existing 5G infrastructure can provide telemetry and intelligence in situations where it is not possible or desirable to pre-deploy sensors or cameras. Deploying this technology in a complex environment like a stadium is an important example of how intelligent networks can drive better safety and security outcomes from infrastructure already in place."
Antti Kauppinen, CTO, Erillisverkot, says: "The Ericsson ISAC System shows that dual-use technology can strengthen national security by extending sensing capabilities to help authorities protect people and critical infrastructure. Together with Ericsson, we are exploring how this capability can be developed responsibly to enhance
Discover how Ericsson ISAC System closes the low-altitude detection gap
NOTES TO EDITORS:
Drone detection with ISAC for defense - Ericsson
Ericsson 5G for Defense: Digitalizing Defense Capabilities
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SOURCE Ericsson
FAQ
AI-generated questions and answers. How Rhea-AI works. Not financial advice.
When will Ericsson's ISAC drone-detection system become commercially available?
Ericsson expects selected small-scale, sensing-only commercial pilots to begin in 2027, followed by broader-scale deployments from 2028. Integrated communications capability will be added as the solution evolves toward 6G.