for Government and Civil Applications

Powerful AI modules on board of ELTEVIS devices provide real-time video processing and autonomous operation independently of data transmission channels

Our own AI lab allows us to offer a set of detectors for the needs of a particular customer

Automatic detection, tracking and classification of objects with instant issuing of notifications to external channels

Eagle. Gyro-stabilized gimbal

Epsilon. Multispectral (Infrared / RGB) smart camera

Cougar. High Performance, Uncooled, Longwave Infrared (LWIR) OEM Thermal Camera Module

Manufacturing & Power Engineering

Agricultural

Temperature control of technological processes, equipment and infrastructure

Temperature monitoring of storage, detection of diseases and injuries in animals, search for animals, predators and pests

Mining

Geological exploration support, detection of leaks and other potential hazards, process control

Defence & Security

Control of perimeters and borders, automatic detection of threats, capture and tracking of targets

UV-Spectrum Camera

Range-Gated Camera

Marine Range-Gated Camera

The Range-Gated Camera provides long-range (up to 4 km) surveillance with high contrast images regardless of environmental conditions (fog, snow, rain, smoke, dust).

It contains a pulse laser (for the scene illumination) and a high-speed optical sensor. Due to built-in AI processing, the camera captures a series of images at high speed, each of which shows a narrow depth region of space, and the combination of such images creates a three-dimensional representation of the observed scene.

The camera captures images in the range of UV emission (250-380 nm). Working in this range makes it possible to record various kinds of processes that are not visible to the human eye or to optical instruments (rocket launches, damage of insulation in high voltage electrical equipment etc.)

This camera uses Range-Gated technology combined with a laser designed for underwater scene illumination. This approach makes it possible to observe various objects in the water column, obtaining high-contrast images of observed objects at distances up to 300 m. Such effect cannot be achieved by any of the currently used underwater observation technologies.