- TRL Drones unveiled a new GCS system combining software and autonomous drones to protect Czech and European critical infrastructure from unmanned aerial threats
- The system integrates sensors, automated threat analysis and interceptor drones to enable physical neutralization of drones when electronic countermeasures are ineffective
Czech company TRL Drones announced on Monday that it has launched a new Ground Control Station, or GCS, system designed to support anti-drone protection for the Czech Republic and critical infrastructure across Europe.
The company said the software-and-drone solution is now ready after a year of development and is intended to provide what it described as a kinetic, or “hard-kill,” layer for countering unmanned aerial threats.
According to TRL Drones, the new GCS system was developed in response to battlefield and infrastructure protection lessons showing that jamming alone may not be enough against newer unmanned threats, including autonomous and GNSS-independent drones.
The GCS system is built to combine software, sensor fusion, and autonomous defensive drones into one operating environment. TRL Drones said the system integrates radar inputs, radio-frequency detection, optical sensors, and available air defense assets into a single operational picture, allowing it to assess threats, assign defensive assets, and support operator decisions.
The system is designed to shift from soft-kill to physical interception when electronic warfare measures are not effective. TRL Drones said a controlled swarm of defensive drones can be used to locate, identify, and stop an attacking drone before it reaches a protected target. The company framed that capability as a response to current operational conditions in which class 1 to 3 attack drones have become harder to stop through jamming alone.
Jiří Janoušek, who oversees development of new drone solutions at TRL Drones, said the system was built to create a functional kinetic defense layer. “Our system is unique in that it can create a functional kinetic layer. If the effectiveness of electronic jamming is limited, the system switches to physical threat neutralization mode. A controlled swarm of defensive drones locates, identifies, and stops the attacking vehicle before it reaches the protected target,” Janoušek said.
TRL Drones also said the system was designed with a high degree of automation and centralized control. In one of the company’s central claims, it said a single trained operator could oversee protection of critical infrastructure across the Czech Republic by relying on advanced software, autonomous control of defensive assets, and secure cloud-based management. The company contrasted that model with high-conflict environments where many operators may be required.
That operating concept rests on several technical functions outlined in the announcement. TRL Drones said the system performs automatic threat analysis using a database of known drone types, flight profiles, behavior patterns, and target parameters. It also said the software calculates probable trajectories and potential points of impact in real time, allowing it to optimize where an interception should occur while seeking to reduce secondary risks.
The company added that the GCS includes controlled engagement planning through defined safety zones and prohibited elimination areas. That means the software is intended to direct interceptions away from residential areas, sensitive sites, and normal infrastructure where falling debris could create additional hazards. TRL Drones said the system can automatically assign a specific interceptor drone based on distance, position, remaining energy, and the type of threat detected.
Despite the level of automation described in the announcement, TRL Drones said the system retains a human decision-maker in the loop. The company said a trained operator gives the final approval for a strike after reviewing the system’s recommendation, preserving legal and operational control over the engagement.
The GCS is intended to serve as one layer within a broader air defense architecture rather than a stand-alone answer to all aerial threats. The company said the system can be deployed to protect a single site, used regionally for critical infrastructure security, or integrated into a nationwide defense structure with centralized oversight. It also said the design is aimed specifically at unmanned threats rather than blanket defense against all aircraft.
The company directly tied the program to lessons from Ukraine. TRL Drones said the system architecture reflects battlefield experience showing that purely jamming-based measures can have limited effect against autonomous drones and platforms that do not rely on satellite navigation. The company also said the system was built for environments with heavy interference, decentralized threats, and dense airspace activity.
Janoušek said the system is meant to address risks beyond the battlefield. “Today’s risks are not limited to military conflict; they have also shifted to energy grids, logistics hubs, and industrial infrastructure. That is why we designed the system as a locally autonomous unit capable of operating independently with minimal personnel requirements. In the event of a breach of the protected area, it immediately assesses the situation and activates the appropriate defense scenario. We are building technology that is one step ahead of those who want to exploit the availability of drones to attack our security,” he said.
TRL Drones said the project took one year to develop and required an investment worth millions of Czech crowns (approximately $47,300).
The company said the system is now ready for testing and pilot deployment with initial commercial and government customers in the Czech Republic, as well as within alliance cooperation frameworks. It also argued that the economics of drone defense must remain aligned with the lower cost of many unmanned threats.