Camero-Tech, an innovative firm based in Israel, has made significant advancements in the field of imaging technology with the creation of their next-generation portable device, the Xaver 1000. This groundbreaking product has the remarkable capability to penetrate and “see” through walls, offering a new level of visibility to its users. Recently, Camero-Tech proudly announced the official inclusion of the Xaver 1000 in their lineup of cutting-edge products.
Operating as a subsidiary of the esteemed Samy Katsav Group, also known as SK Group, Camero-Tech is a renowned pioneer in the development, production, and marketing of pulse-based UWB micro-power radar systems, including the revolutionary Xaver 1000. SK Group, the parent company, specializes in various sectors, such as global frontline defense, law enforcement solutions, marine infrastructure, and property development. With their expertise, SK Group has achieved remarkable success in designing small arms systems, electro-optic and laser solutions, imaging systems, naval technology, and more. They have consistently demonstrated their commitment to technological advancement, drawing upon Israel’s rich legacy of innovation and field-tested solutions.
According to Camero-Tech, the newly introduced Xaver 1000 will provide armed forces, law enforcement agencies, intelligence units, and first responders with unparalleled operational capabilities. Building upon the success of its predecessors, which have been deployed by elite customers across more than 50 countries worldwide, this latest addition to the Xaver family is poised to revolutionize information gathering, anti-terror activities, hostage rescue missions, anti-narcotics operations, disaster response, and various urban operations.
The Xaver 1000 boasts a host of impressive features, making it an indispensable tool for a wide range of organizations. Equipped with an AI-based live target tracking system and its proprietary 3D ‘Sense-Through-The-Wall’ technology, this device can detect and visualize humans or stationary objects concealed behind walls and other obstacles. Its high-resolution imaging capabilities enable the identification of individual body parts, irrespective of whether the targets are sitting, standing, or lying down. Furthermore, the Xaver 1000 can accurately determine the height of objects and discern between adults, children, and animals, providing users with a distinct operational advantage and the ability to make informed decisions.
With its ability to operate effectively in hostile urban environments and natural disaster sites, the Xaver 1000 emerges as an essential system for military personnel, law enforcement agencies, search and rescue teams, and intelligence units. Its user-friendly interface allows for seamless operation by a single individual, making it readily accessible with a simple touch of a button.
Amir Beeri, the CEO and founder of Camero, highlighted the Xaver 1000’s significance in life-saving missions, particularly in scenarios like hostage rescues. He emphasized the exceptional level of situational awareness provided by the system’s high-resolution 3D view and its array of powerful tools. Beeri noted that the Xaver 1000’s ability to achieve a heightened sensitivity makes it a true game-changer for special forces and law enforcement teams involved in urban and rural operations that demand reliable information regarding hidden live objects.
To facilitate user interaction and interpretation, the Xaver 1000 features a 10.1-inch (25.7cm) touchscreen display with a user-friendly interface. This display enables straightforward menu navigation and incorporates integrated data recording and playback functions, facilitating post-mission analysis, training, and debriefing sessions.
Importantly, the Xaver 1000’s technology is entirely radiation-free and complies with international requirements for human exposure. This ensures the safety and well-being of users while delivering unparalleled imaging capabilities.
In summary, Camero-Tech’s introduction of the Xaver 1000 represents a significant milestone in imaging technology. With its