AN INNOVATIVE & CONCIELABLE INTRUDER DETECTION TECHNOLOGY BASED ON CONTROLLED MAGNETIC FIELDS ABLE TO DETECT THREATS BEFORE THEY HAPPEN
Wardiam Perimeter is an innovative system based on disruptive technology for the security of extensive critical infrastructure, which monitors not only the perimeter of installations, but is able to identify intruders and monitor them inside the premises, in the event of an intrusion.
WARDIAM PERIMETER is an innovative perimeter intruder detection technology focused mainly on the protection of critical infrastructures (CI), although it has been designed to operate in any kind of facilities with perimeters longer than 50 meters. Based on the Ontech’s patented Controlled Magnetic Field (CMF) Technology, this system is able to provide the most valuable features required by the security market. To accomplish this, the system is based on a network of exclusive sensors to detect potential intruders in a preventive and discriminatory way, and a video-tracking system that will only be activated at the time of detection by the sensor, thus preventing the camera system from running continuosly.
Main advantages are:
Preventive detection: Threats are detected even before they have been carried out.
Discriminative: CMF technology is able to distinguish if the intrusion is provoked by a human, an animal or an object.
Concealable system: This technology can be installed inside the fence
Differentiating between distinct alarm levels: The grade of the threat can be measured distinguishing between loitering, touching or climbing the fence.
Tracking and identification of the intruders: Collaborative tracking of the intruders
Personal data protection law friendly: The cameras can be turned off while there are no threats.
Wardiam Perimeter is an optimal technology to satisfy the unique needs required by this market. The artificial intelligence integrated in its algorithms guaranties its capability to adapt its operation point depending on the environmental conditions, endowing this system with the high levels of reliability needed by critical infrastructures facilities.