News

Public · Published

Ericsson brings drone detection capabilities to mobile networks

Ericsson introduced its Integrated Sensing and Communication System, which adds the ability to detect and track moving objects such as drones using mobile networks, including objects not connected to those networks. The company expects selected small-scale, sensing-only commercial pilots to begin in 2027, with broader deployments from 2028.

Published:

Updated:

What happened

Ericsson introduced its Integrated Sensing and Communication System, which adds the ability to detect and track moving objects such as drones using mobile networks, including objects not connected to those networks. The company expects selected small-scale, sensing-only commercial pilots to begin in 2027, with broader deployments from 2028.

Confirmed

Global impact / market context

The system could give defense, public safety, and critical infrastructure operators another way to spot drones across wide areas. If customers adopt it, Ericsson could gain a new use for its network technology, while operators may need to fund equipment and deployment; the article gives no commercial terms.

Analyst inference

The announcement describes a phased commercial rollout rather than an established revenue stream: small pilots are expected in 2027, followed by broader deployments from 2028. Integrated communications are planned later as the system evolves towards 6G, so near-term commercial impact remains uncertain.

Analyst inference

What to watch

  1. Whether selected customers begin the planned sensing-only pilots in 2027, and whether Ericsson provides further details on their scope, funding, or results. Analyst inference
  2. Whether the planned broader deployments from 2028 proceed, since wider customer adoption could determine whether this becomes a meaningful source of sales for Ericsson. Analyst inference
  3. How the system develops towards adding integrated communications and 6G, and whether operators can use the added sensing function alongside their existing mobile networks. Analyst inference

Evidence

  • Original source link unavailable