"Optic" is a professional hidden camera detector designed to detect and locate hidden or camouflaged camcorders and pinhole cameras, regardless of their status (on/off). The reverse reflection from hidden camera lenses will be seen thru Optic-2 oculars as a green or red dots.
Optic camera detector features:
Rigid rubberized metal enclosure;
Two oculars allows operator to look through Optic-2 with both eyes;
Dioptric adjustment allows operator to work without glasses and fine tune the device to get sharp images;
6.5x zoom helps to inspect difficult to reach area from a distance;
This unique device was created for professionals in the sphere of the surveilance countermeasures. Thanks to its optical principle the WEGA i can discover lenses of all types of covert cameras not depending on their working state.
The WEGA's LED matrix radiates a powerful infrared beam which is then reflected by a video camera's optics and is easily detected by the operator.
The IR-filtering glass built into the WEGA i helps the operator to avoid natural reflections from surfaces and concentrate on finding the exact location of a hidden camera.
Specification:
Detection of all types of hidden video cameras not depending on their working state
"Optic-2" is a professional hidden camera detector designed to detect and locate hidden or camouflaged camcorders and pinhole cameras, regardless of their status (on/off). The reverse reflection from hidden camera lenses will be seen thru Optic-2 oculars as a green or red dots.
Optic-2 camera detector features:
Rigid rubberized metal enclosure;
Two oculars allows operator to look through Optic-2 with both eyes;
Dioptric adjustment allows operator to work without glasses and fine tune the device to get sharp images;
6.5x zoom helps to inspect difficult to reach area from a distance;
Optic-2 delivery set includes:
Optic-2 camera lenses detector - 1 pcs
The charger 5 V / 0.6 A - 1 pcs
Strap - 1 pcs
Bag - 1 pcs
Optic-2 technical characteristics:
Detection range:
0,5-50 m
Angle of view:
7,5 degrees
Magnification:
6,5
Focus range:
0,5 to infinity
Operating modes:
- continuous green; - continuous red;
- blinking green;
- blinking red;
- blinking sequence green/red;
Battery type
Rechargeable, Li-Ion 3,6 V
Light source
LED
Number of LED
22 pcs
Weight
450 g
Weight with bag
800 g
Operating time (fully charged)
4-6 hours (continuous/blinking)
Voron - Optical Camera Detector
Pinhole Camera Detector
Hidden Camera Detector
VORON is designed for a quick detection of concealed micro video cameras, including those with pinhole lenses.
The principle of detection is based on effect of light reflection or “return flare”. Thus, when a concealed target is detected, there is a bright red spot (reflection from a video camera lens) in the VORON's field of vision.
Detecting distance of concealed video cameras with pinhole lenses (diameter of 1mm) can be from 1m to 20m depending on operational conditions. VORON employs LED illumination of targets what makes it a safe-to-use device for operator (unlike laser illumination).
Operation on optical basis, but not radio frequency range, allows this device to detect any optical device regardless of its operating mode (on/off) and data transmission type (radio or cable). Therefore, a radio interference, electromagnetic shield, masking gauze or lens hood does not reduce the likelihood of detection.
Main features:
Technical solutions used in the VORON (roof prism and translucent optics) allowed to make its design exceptionally compact by retaining excellent optical characteristics: high magnification, wide field of view and exceptional image quality.
Efficient impulse source of power supply ensures a long operation time from one AA-type battery (1,5 V).
VORON case is made of aluminum alloy; it has a hand strap and soft rubber eyeshade.
The device is easy-to-use and does not require any special skills.
Delivery set:
Main unit
Clothing
Hand strap
Specification:
Magnification
5x
Angle of view, grad
12
Linear field of view at a distance of 10 m, m
2,1
Diopter correction range
± 4
Diameter of exit pupil, mm
4,5
Voltage, V
1,5
Operation on one battery, hours
6
Dimensions, mm
50 x 68 x 140
Weight, kg
0,33
GCU-OCD20
GCU-OCD20
GCU-OCD20 laser
GCU-OCD20-4.jpg
GCU-OCD20 laser
GCU-OCD20 is designed for search and visualisation the place of portable systems of secret observation (SOS - Secret Observation System), camouflaged in the interior items, clothing and household goods for personal use, working or disconnected compact cameras under different lighting conditions. Device allows to detect electro-optical surveillance systems through the window as well as tined glasse, organic glass, and semitransparent mirror.
Basic operation principle is "cat's eye" effect (light-reflecting effect) lying in ability of optical objects to reflect probing radiation in opposite direction with angle close to its incidence angle. Semi-conducting laser IR diode (transmitting channel) serves as the source of probing radiation. The reflected signal is registered by sensitive video camera on the basis of interleave transfer sensor 1/3// (reception channel). The Device is developed on non-parallax optical scheme, i.e. with optical alignment of reception and transmitting channels.
Transmitting channel generates laser beam in the form of vertically located rectangular raster. Ability of illuminating raster can be changed if necessary, depending on distance to surveillance object, for reception of the best image contrast. Image focusing on sharpness is carried out by adjustment of video camera objective.
Visualization of surveillance objects is carried out through built in pseudo-binocular. In order to receive better images the body of the Device is equipped with fastening and connection for external 5"LCD-monitor (delivered on request of the Customer), and also with external CCIR standard video signal socket for connection with external monitor, video recorder or computer (with video input card).
Delivery set includes:
GCU-OCD20 device;
Video cable;
LCD-monitor (with attachment point); (*optional)
Charging unit;
AC/DC converter;
Rechargeable battery;
Protective packing. Plastic case with foam-rubber pad.
Technical Characteristics:
Characteristics of radiation receiver
Type of receiver
1/2", CCD
Size of receiver
752x582 pixel
Lens of detector
Focal distance
25 mm
Angle of the field of vision
8° x 6°
Focusing range
1 m ... ∞
Action range
Distance of pupil detection, diameter
1 mm up to 25 m
Ocular and built-in display
Turning range of ocular
±4 dioptres
Display:
- type and display resolution
AMLCD 0,44", 640x480 pixel
Illumination
Type of built-in light source
laser
Wavelength
808 nm
Angle of highlight area
2°x6°
Functional capabilities
- constant/pulse modes of laser illumination;
- brightness control.
Interface
Video
PAL, LEMO connector
Self-contained power supply: - Type of power supply - Voltage of power supply
Storage battery 7V
Power supply: - mains adapter
12 V
Operating continuous time under the normal climatic conditions. no less than
One of the potential leakage channels is the phone's microphone being able to pick up surrounding acoustics with a high sensitivity. The PHONE SAFE SUMMIT has been developed by information security professionals to protect against this exact type of threat.
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Milipol 2017
Date: 2017-11-15
We are proud to announce we are participating at the exhibition MILIPOL 2017 Paris 21-24th of November
Our booth number A061
Most important products will be demonstrated including:
ST-121 test signal generator for TSCM training.
ST-167 with WiFi module and relay contacts.
ST-154 multizone spectrum monitoring.
ST-171 RF jammer detector.
ST-131 Piranha II multifunction TSCM device.
Lornet and Cayman Series NLJD.
CGU-OCD20 laser camera detector.
Voron, Optic-2 camera detectors.
And other equipment
GSM, 3G, 4G and GPS jammer detector.
Date: 2017-10-25
ST-171 is intended to detect GSM, 3G, 4G and GPS jammers for theft prevention in parking lots, offices and private territories. Detection of cellular or GPS receivers jammers in cars moving along a highway, street etc.
ST-154 is a distributed, multizone RF spectrum monitoring system. Remote modules are deployed around the premises and provide 24/7 real-time RF spectrum monitoring in 25-6000 MHz frequency range. Most common wireless and cellular communication signals are identified. Events recording, review and filtering are possible. System setting are highly customisable.
Spectrum information and potentially dangerous events are transmitted in real time by Ethernet or WiFi to central monitoring station. Up to 128 remote monitoring points. Signal localisation is possible by comparing real-time data from several remote ST-154 monitoring modules.
SPIDER wire lines analyser can detect tapping and information gathering by surveillance devices connected to landline phone lines, 220V mains, low voltage lines and etc.
