Broswarm
Assembly Line
Broswarm targets safer demining in Ukraine with €800K for X-Ray Eagle sensor
Broswarm, a Vilnius-based startup specializing in mine detection technology, has secured €800K in funding from ScaleWolf, a hybrid accelerator and investment fund focused on defense tech. This investment will support the further development of Broswarm’s X-Ray Eagle sensor, which is designed to enhance mine detection by providing detailed 3D images of buried objects from a height of up to 10 meters. The technology, which gained recognition by winning a NATO innovation challenge, aims to improve the safety and efficiency of demining operations, particularly in Ukraine, where landmines pose significant risks to agriculture and infrastructure.
Despite substantial investment in demining efforts, outdated technology continues to hinder progress in conflict zones. Most mine detection systems rely on basic sensors that need to be almost at ground level to detect objects accurately, making them prone to false positives—a major drain on time and resources. In Ukraine, where over 30% of the land is suspected to be mine-contaminated, dense vegetation and uneven terrain exacerbate these limitations. With more than 2 million landmines impacting agricultural areas, critical infrastructure, and limiting the mobility of Ukrainian forces, the need for a breakthrough in mine detection technology has never been more urgent.
To address this, Broswarm is developing the X-Ray Eagle, a sensor that uses advanced radio waves to create 3D images of buried objects. Mounted on drones, the sensor can detect items up to 0.5 metres deep while operating from greater heights than traditional technology allows. Following extensive testing and refinement, Broswarm recognized the X-Ray Eagle’s potential to significantly reduce false positives and provide reliable visual data for faster, more effective mine clearance. This new level of accuracy sets Broswarm apart in the mine detection field, paving the way for safer demining operations that are quicker and more efficient.