WEGA i

The WEGA-i Hidden Video Camera Detector identifies the presence of optical devices regardless of their operational state. From the standpoint of physical processes, detection is based on the reverse reflection of directional radiation by the optical system of surveillance camera lenses. The WEGA-i allows detection of all types of video cameras, including "pinhole" cameras.

This unique device was created by information security specialists using the most advanced techniques for fast and reliable detection of hidden cameras. Its underlying optical probing method allows for detection of hidden micro-lenses based on optical signs, regardless of the camera's operation mode or signal transmission method.

Detection is carried out by visually scanning the entire area, including all furniture elements and their interiors, through the device’s eyepiece.

The demodulation is based on the reverse reflection property of directional radiation by the optical system of camera lenses — the CCD matrix of a hidden camera. Filtering of the monochromatic radiation reflected by a hidden video camera allows the differentiation of natural reflections from other light sources.

Functional Capabilities and Technical Specifications:

• Detection range of micro-lenses: 2–10 meters
• Filtering of reflections from other light sources
• Strobe radiation mode
• Adjustable brightness of probing radiation
• Low battery indicator
• Powered by 2 AAA batteries
• Dimensions: 140 × 34 × 16 mm

Detection Method

1. Determine the possible field of view of the hidden video camera. Detection of a micro-lens is only possible from within the field of coverage of the hidden camera.

2. Switch on the device.

3. Adjust the brightness of the probing radiation as needed. The required brightness depends on lighting conditions, reflective capacity of the surfaces, and distance from the operator. Use a test camera to adjust and verify the device’s functionality.

4. Visually examine all surfaces in the area, including furniture and interior elements, through the device's eyepiece. Focus the radiation on the zone under inspection. Pay special attention to ceiling areas and suspended ceiling elements. Examine fire and security alarm sensors and other interior elements that could conceal a camera lens.

5. A sign of potential detection is the appearance of a bright spot on a surface or room element. Smooth or reflective surfaces may produce false reflections. A slight shift in position will typically cause the false reflection to disappear. If a bright spot remains visible from different angles and distances, this may indicate a micro-lens and should be physically analyzed to confirm and neutralize the hidden camera.

6. Analyzing the same surface from multiple angles increases the chance of detecting a hidden camera.

Modern hidden cameras may have a lens opening of less than 1 mm, allowing them to be installed inside furniture, decorative elements, or electronic devices located in the room.

Video

Documentation

Certificate of Conformity (CE) Size 2.3 Mb	Declaration of Conformity (DoC) Size 1 Mb
Specification (datasheet) Size 2.1 Mb	User Manual Size 0.7 Mb
WEGA i manual esp Size 0.1 Mb