As the first EVITECH product in 2005, EAGLE has been designed for detecting, indentifying, tracking, and locate moving threats from a fixed camera image flow. It can use any kind of cameras on any kind of image formats. It makes it possible to raise alarms, or trigger defense equipement, from an alarm generated by image processing, using object position, and speed. Its extreme sensitivity makes it possible to use it during night, with a visible camera (proved at 2 lux), on infrared images, with fine pixel detouring and identification. By fog, and snow, it can detect very light differences, especially those that a human watch guard would miss after one hour attentive scrutation.

See hereunder the real time tracking of targets, with pixel detouring :

When infrared is compulsory (missions, land short term operations), it works perfectly on applications such as terrestrial and marine surveillance missions (Thales SOPHIE camera).

At night, by a 2 lux light ambiance (Sony 3-CCD camera), it can avoid the use of infrared cameras by visible cameras (10 times cheaper & 10 times longer life), thus providing important savings for military area protection.

Its user friendly man machine interface makes it possible to configurate alarm triggers (conditions/alarms) well adapted to mission's purposes   :   simple surveillance, recording on events, up to integration in an embedded protection system, on board of a motorized vehicle or installed in fixed installations. Very quickly deployed and configured, it brings security to an area, making it possible for men to concentrate on the essential  :  the mission.

See hereunder this border road surveillance, when fog is coming :

For inquiries and information searches, the EAGLE system can be deployed on a portable PC over batteries, for observing and bringing alarms on a sensitive situation, or for counting events (individuals, tanks, jeeps, ...).

For surveillance of areas visited by unwanted visitors, or even snipers, the EAGLE system efficiently contributes to long time observation and information of entry points, issues, and even very shortly used positions (e. g. at windows of a large building). The processing unit being separate from the camera, so the possible shooting of the camera will not broke information about the shooter.