Innovative technology for near-range UAS detection unveiled - Drones
AI Analysis
German startup Xavveo is developing a near-range UAS detection system leveraging silicon photonics and high-resolution radar, initially designed for autonomous vehicle environmental monitoring. The system emphasizes speed, precision, and the ability to integrate multiple sensor types (radar, optical, acoustic) for comprehensive situational awareness. This development addresses a critical vulnerability in existing airspace surveillance – the detection of small, low-altitude drones.
Key Takeaways
- Xavveo, founded in 2023, is adapting technology from the autonomous driving sector for UAS detection.
- The system utilizes patented silicon photonics chips for high-resolution radar sensing.
- Traditional airspace monitoring is less effective against small, slow-moving drones, highlighted by the conflict in Ukraine.
- The sensors are designed to be small and light enough for potential integration *onto* UAS platforms.
- The system allows for coherent signal integration from multiple sensor types (radar, optical, acoustic).
Why It Matters
The ability to reliably detect and counter small drones at close range is increasingly vital for protecting critical infrastructure, military assets, and public events. Xavveo’s approach, focusing on speed and multi-sensor integration, could offer a significant improvement over existing systems. The potential for integration *onto* drones presents both offensive and defensive possibilities.
Innovative technology for near-range UAS detection unveiled - Drones
Xavveo: Optimized environmental monitoring with silicon photonics chips from Germany
Innovative technology for near-range UAS detection unveiled
June 2, 2026, 1:48 pm
At first glance, autonomous driving and the protection of sensitive areas from illegally used unmanned aerial systems (UAS) have little in common. However, there are very concrete intersections. In both segments of the UxS industry, automated and as precise as possible environmental monitoring in near-range is crucial. Xavveo is therefore expanding its perception technology with a drone detection system. In doing so, it relies on „German engineering“ with its patented silicon photonics chip s.
Traditional airspace monitoring systems are generally designed to detect large aircraft over long distances and at higher altitudes securely. When commercial airplanes, fighter jets, or cruise missiles are in operation, it’s essential to be aware of them as early as possible. In such cases, the threats approach over longer distances rather than launching in one’s backyard. The result: UAS detection in near-range and at low altitudes often represents a vulnerability in airspace surveillance.
Short reaction times, small objects
This gap became evident, especially with the Russian full-scale invasion of Ukraine. Consequently, small, flexible drones, which are often designed for espionage operations or quick „one-way missions“, have increasingly become a central challenge for modern protection concepts. Where reaction times are shorter and the systems to be detected are smaller, the need to optimize the precision of airspace monitoring rises.
Reliable environmental monitoring at near range is a basic requirement for autonomous driving – and for the creation of a real-time aerial situational awareness
Fast, high-precision environmental monitoring over short and close distances is also vital in the field of autonomous driving. In this sector of future mobility, the Berlin startup Xavveo has been active since its founding in 2023. This deep-tech company develops state-of-the-art semiconductors and recently made waves at the Consumer Electronics Show in January in Las Vegas and in March at XPONENTIAL Europe in Düsseldorf. With a newly developed technology primarily based on high-resolution radar sensing for environmental detection, Xavveo offers a solution that aims to open new options for both unmanned vehicles and perimeter protection. The key point: alongside an allegedly exceptionally high resolution and speed, the required sensors are also small and light enough to potentially be integrated into unmanned aerial systems in the future.
Coherent signal integration
The overall system is designed so that, in addition to radar technology, other sensors can generally be integrated to incorporate optical or acoustic signals into situational assessment. Alongside this flexibility, it is primarily the speed of data transmissi