Exploring Israel’s Advanced Detection Technologies: Sense Through The Wall

Life-detection equipment (such as seismic sensors or specialized radars) is typically defined as tools used to locate living victims under rubble following earthquakes or other disasters. These devices can detect:
• Vibrations (like tapping or scratching)
• Sounds (such as shouting or breathing)
• Extremely subtle movements (like heartbeat or respiration)
However, the focus of this article is on the military application of these technologies in the Israel Defense Forces (IDF), developed by the Israeli company Camero-Tech and sold to military and rescue units around the world.

About Camero

Camero Tech LTD was founded in 2004 in the city of Netanya and is a pioneer in the development and production of imaging systems based on 3D radar technology. The products of this company are widely used by the military and police forces of the Israeli regime, as well as by other military and law enforcement bodies worldwide. All of their systems require approval from the Israeli Ministry of Defense.

Camero specializes in the development and design of radio-frequency (RF) imaging systems and signal/image processing circuits for “Sense-Through-The-Wall” (STTW) applications. This includes all products in their “Xaver” series.
The company’s CEO, Amir Beeri, is an experienced electrical engineer who graduated with a master’s degree in electronics from Tel Aviv University in 1986. In 2020, the Zionist regime’s defense giant Elbit Systems acquired Camero. Beeri, a seasoned technologist with military background, has known connections to Unit 8200.

Camero’s systems are widely used by Israeli security forces and their military allies. The deployment of this technology in conflict zones such as Gaza and the West Bank has raised significant ethical concerns.

Xaver Series Products
The Xaver series is a diverse collection of advanced through-wall imaging systems that, using portable radar technology, allow military, law enforcement, and rescue forces to detect and track individuals in real-time through walls, doors, and other obstacles. Below is a breakdown of each model.

1. Xaver 100

This portable and rugged device enables military, law enforcement, and rescue teams to detect the presence and distance of individuals behind obstacles (like walls) in real-time. This capability enhances tactical decision-making during various operations. By providing accurate and reliable information about the presence of individuals in enclosed spaces, the device significantly improves tactical decisions across different operational scenarios.
The device uses the same advanced technology found in other systems within this product family. A unique “micropower Ultra-Wideband” (UWB) sensor, which operates on an extremely wide frequency band with minimal energy consumption, ensures reliable detection and unmatched imaging clarity in the industry.

2. Xaver 400

This advanced system enables rapid identification of individuals behind walls and obstacles, allowing operational teams to act with full awareness of their surroundings and gain critical mission intelligence.
The device features a sophisticated system architecture that integrates several cutting-edge technologies:

• Multi-channel, low-power UWB sensor

• Algebraic image reconstruction algorithms

• User-friendly design

3. Xaver 1000

This device is the successor to Camero’s Xaver 800 model, which was the world’s first full 3D imaging system. Key features of this model include:

Ability to differentiate between adults, children, and animals, making it suitable for tactical missions requiring accurate and vital information gathering

• The first full 3D imaging system in the world

• Equipped with AI-based smart tracking for live target patterns

• Real-time 3D imaging through walls, capable of detecting both stationary and moving living objects behind structural barriers

• Unprecedented resolution of body parts and postures, including sitting, standing, lying down, and height of living targets

4. Xaver LR40 / LR80

The radar in this powerful gadget can detect living beings behind walls at distances up to 50 meters—and for the LR80 version, over 100 meters. Optimized for both urban and rural operations, the system collects real-time and critical data on living entities hidden behind obstacles, all while keeping the operator at a safe distance. Additional notable features include:

5. XaverNet

The “XaverNet” system is a rugged wireless tablet that works with Xaver 100 and Xaver 400 systems. It allows users to receive imaging data in real time and remotely control up to four Xaver systems simultaneously. The system includes a Panasonic “ToughPad” tablet, a USB dongle for wireless connectivity, and proprietary software. The software can also run on Windows-based platforms. Using this technology, users can control Xaver systems from a distance of up to 200 meters in line of sight and switch between systems without exposing themselves to the target zone—making operations safer for field teams.
This network-based system is built on a rugged wireless command and control platform based on the Panasonic FZ-M1 commercial model.

Key Features

• Compatible with various Windows-based platforms

• Supports both Xaver 400 and Xaver 100 systems

• Data recording capability

• Wireless communication based on Zigbee protocol (a low-power wireless communication standard for sensor networks and smart devices)

• Optional tactical housing

• Capability to mount Xaver systems on unmanned vehicles

• Weight: between 1 and 1.2 kg