The Israeli military is preparing to evaluate a cutting edge 3D imaging system that claims to reveal what lies beyond walls. The technology, developed by Camero-Tech, is designed to convert signals that pass through barriers into three dimensional representations of what exists on the other side. This capability is being tested with the XLR40 Long Range device, which operates by using radio wave signals to produce a volumetric map of spaces behind obstructions. The process relies on advanced signal processing and artificial intelligence driven algorithms to render accurate images from a distance beyond 18 meters. The system can identify the positions of moving or stationary figures and can differentiate between adults, children, and animals as part of its object classification. Experts say this kind of imaging could support scenarios ranging from search and rescue to law enforcement operations, where understanding what is behind a barrier is crucial for safe and effective decisions. The technology holds potential for rapid assessment of dangerous environments and for guiding tactical actions without exposing personnel to direct risk. In public statements, Camero-Tech CEO Amir Beeri emphasized that these technologies are not sold to private individuals and are intended for official uses by state or authorized agencies. The broader family of wall-penetrating imaging systems has drawn interest after similar tools were employed in past large scale emergencies to locate victims and guide rescues. In other defense technology updates, the United States Air Force has begun trials of a helmet concept aimed at reducing the physical load on pilots during flight. This helmet development, undertaken by LIFT Airborne Technologies, focuses on optimizing equipment for pilot neck and back comfort and includes considerations for future integration with women’s flight crews. This ongoing work signals a broader push toward enhanced perception and ergonomic design in both defense and aviation sectors.
