TSG Launches AI-Based Autonomous System for Counter-Drone and Counter-UAS Defense - isra-tech
AI Analysis
TSG has launched DroneWeaver System (DWS), an AI-powered, autonomous counter-UAS platform designed for rapid threat detection, analysis, and neutralization. The system aims to reduce operator workload by automating 90% of the threat management cycle and integrates with a wide range of sensors and countermeasures. DWS is being unveiled at ILA Berlin Air Show 2026, following successful pilot programs in the US and Eastern Europe.
Key Takeaways
- DroneWeaver (DWS) utilizes AI and automation for counter-drone/UAS defense.
- The system integrates with diverse sensors (radar, RF, EO/IR, ADS-B) and effectors (jamming, lasers, kinetic systems).
- DWS automates 90% of the threat detection and management cycle, reducing operator burden.
- The system employs a vendor-agnostic, open architecture for flexible integration.
- TSG has existing air command-and-control infrastructure deployed in Israel and internationally, forming the basis for DWS.
Why It Matters
The proliferation of drones necessitates advanced counter-UAS capabilities, and DWS represents a move towards more autonomous and efficient systems. Its ability to integrate with existing infrastructure and diverse sensors offers a scalable solution for protecting critical assets from evolving drone threats. This technology could significantly impact force protection and airspace security.
TSG Launches AI-Based Autonomous System for Counter-Drone and Counter-UAS Defense - isra-tech
TSG Launches AI-Based Autonomous System for Counter-Drone and Counter-UAS Defense
The new DroneWeaver System combines advanced AI and automation to detect, analyze, and respond to drone and UAS threats within seconds, and is being unveiled at ILA Berlin Air Show 2026
TSG DroneWeaver. Photo: Courtesy of TSG
TSG announced the launch of DroneWeaver System (DWS), a next-generation autonomous counter-drone and counter-UAS platform designed to enable defense and security organizations to detect, analyze, prioritize, and neutralize drone threats within seconds while significantly reducing operator workload.
The system is being introduced at the ILA Berlin Air Show 2026, one of Europe’s leading aerospace and defense exhibitions.
DroneWeaver builds upon TSG’s proven operational air command-and-control infrastructure, which has been deployed by defense organizations in Israel and around the world for years. Leveraging this established capability, the company developed a dedicated Counter-UAS layer that has successfully completed operational pilots with customers in the United States and Eastern Europe.
According to TSG, the platform automates approximately 90% of the threat detection and management cycle. It fuses data from multiple sensors, filters false alarms and duplicate detections, classifies threats, assesses risk levels, and recommends the most effective response option in real time.
As FPV drones, autonomous swarms, and other low-altitude aerial threats become increasingly sophisticated, affordable, and difficult to detect, DroneWeaver provides operators with a unified real-time air picture, enabling faster and more informed decision-making even in high-pressure operational environments.
The system is based on an open, vendor-agnostic architecture that enables rapid integration with a wide range of existing and future sensors and interception systems. DroneWeaver supports radars, RF detection systems, EO/IR cameras, ADS-B sensors, and additional detection sources, alongside a broad spectrum of soft-kill and hard-kill solutions, including electronic jamming, spoofing technologies, lasers, kinetic systems, and interceptors.
In addition, the platform intelligently matches each threat with the most appropriate countermeasure, helping operators reduce unnecessary use of expensive interception assets while improving overall operational efficiency.
“DroneWeaver reflects TSG’s extensive expertise in air defense and real-time command-and-control systems”, said Pini Yungman, President of TSG. “Drawing on years of experience developing and deploying operational air defense solutions, we have expanded our proven capabilities into the counter-drone domain, integrating automation and artificial intelligence to enable rapid and accurate responses to increasingly complex and dynamic threats”.
The system can be configured to protect military bases, critical