The cooled MWIR EO/IR surveillance system provides long-range electro-optical and infrared sensing for persistent Intelligence, Surveillance, and Reconnaissance (ISR) missions. The system incorporates a 1280 × 1024 Mercury Cadmium Telluride (MCT) cooled medium-wave infrared detector and a high-resolution visible imaging channel, enabling reliable target detection, tracking, and identification across day, night, and degraded visual environments (DVE).
The sensor suite supports continuous 24/7 operation under adverse atmospheric conditions, including haze, smoke, fog, and high-humidity maritime environments. Integrated onboard processing enables automated area monitoring, intrusion detection, and target cueing. The system is mounted on a precision variable-speed gimbal, providing accurate pointing and stable tracking. Designed for field deployment, the system features low power consumption, a compact ruggedized housing, IP66 environmental protection, and resistance to corrosion and acid rain. Open interfaces and modular architecture allow integration with command-and-control (C2) systems, radar sensors, and multi-sensor fusion platforms.
Cooled MWIR imaging with a 1280 × 1024 MCT detector enables reliable long-range target detection and identification, independent of ambient light and effective in haze, smoke, and high-humidity environments. Cooled MWIR imaging enables reliable detection and identification of personnel, vehicles, and equipment under day, night, dust, smoke, and low-visibility conditions commonly found in oilfields and mining sites.
Integrated analytics support area intrusion detection, boundary violation alerts, and automated patrol scanning, improving site security and operational safety with minimal operator intervention.
The system is engineered to operate in high-temperature gradients, heavy dust, and corrosive atmospheres. Active defogging/defrosting and optical haze penetration ensure stable imaging continuity. Compact industrial housing with IP66 protection, corrosion resistance, and acid-rain tolerance supports long-term outdoor deployment in remote and unattended industrial locations.
High-accuracy variable-speed gimbal supports precise target positioning and tracking, while open interfaces allow integration with existing security, SCADA, and industrial monitoring platforms.
Provides reliable 24/7 monitoring along borders, fences, and restricted zones. It detects human movement and vehicles at long ranges in complete darkness, fog, or dust storms. Real-time situational awareness enhances early-warning systems, strengthening security against illegal crossings, intrusions, and smuggling activities.
Deployed at shorelines, ports, and marine vessels, the camera penetrates haze, humidity, and low-visibility conditions to identify vessels, small boats, and suspicious activities. It supports safe navigation, detects unauthorized maritime traffic, and plays a vital role in anti-smuggling and maritime law enforcement. Its compact design makes it suitable for integration with ship-based surveillance systems.
The system supports perimeter security, infrastructure protection, and operational safety by enabling early detection of unauthorized access, vehicle intrusion, and abnormal activity around wellheads, pipelines, storage tanks, and processing facilities. Thermal imaging allows effective monitoring during night operations and low-visibility conditions such as dust, fog, gas plumes, or smoke from flaring activities.
The system provides long-range observation of haul roads, pit edges, equipment zones, and restricted areas. The cooled MWIR sensor enables reliable detection of personnel and vehicles in darkness or heavy dust environments, enhancing safety management and intrusion prevention. The system’s unattended operation capability makes it suitable for remote sites with limited on-site staffing.
Used for early forest fire detection, flood monitoring, and pollution source identification. The camera detects temperature anomalies in forests, rivers, and ecological zones, enabling authorities to respond quickly to wildfires or environmental hazards. Its long-range, non-intrusive imaging supports wildlife protection without disturbing natural habitats.
Integrated into counter-UAS systems, the LWIR camera identifies and tracks drones using their thermal signatures—unaffected by camouflage or lighting conditions. It enhances detection accuracy for low, slow, and small (LSS) UAV threats, supporting effective neutralization in sensitive areas such as airports, military bases, and public events.
The cooled MWIR EO/IR surveillance system provides long-range electro-optical and infrared sensing for persistent Intelligence, Surveillance, and Reconnaissance (ISR) missions. The system incorporates a 1280 × 1024 Mercury Cadmium Telluride (MCT) cooled medium-wave infrared detector and a high-resolution visible imaging channel, enabling reliable target detection, tracking, and identification across day, night, and degraded visual environments (DVE).
The sensor suite supports continuous 24/7 operation under adverse atmospheric conditions, including haze, smoke, fog, and high-humidity maritime environments. Integrated onboard processing enables automated area monitoring, intrusion detection, and target cueing. The system is mounted on a precision variable-speed gimbal, providing accurate pointing and stable tracking. Designed for field deployment, the system features low power consumption, a compact ruggedized housing, IP66 environmental protection, and resistance to corrosion and acid rain. Open interfaces and modular architecture allow integration with command-and-control (C2) systems, radar sensors, and multi-sensor fusion platforms.
Cooled MWIR imaging with a 1280 × 1024 MCT detector enables reliable long-range target detection and identification, independent of ambient light and effective in haze, smoke, and high-humidity environments. Cooled MWIR imaging enables reliable detection and identification of personnel, vehicles, and equipment under day, night, dust, smoke, and low-visibility conditions commonly found in oilfields and mining sites.
Integrated analytics support area intrusion detection, boundary violation alerts, and automated patrol scanning, improving site security and operational safety with minimal operator intervention.
The system is engineered to operate in high-temperature gradients, heavy dust, and corrosive atmospheres. Active defogging/defrosting and optical haze penetration ensure stable imaging continuity. Compact industrial housing with IP66 protection, corrosion resistance, and acid-rain tolerance supports long-term outdoor deployment in remote and unattended industrial locations.
High-accuracy variable-speed gimbal supports precise target positioning and tracking, while open interfaces allow integration with existing security, SCADA, and industrial monitoring platforms.
Provides reliable 24/7 monitoring along borders, fences, and restricted zones. It detects human movement and vehicles at long ranges in complete darkness, fog, or dust storms. Real-time situational awareness enhances early-warning systems, strengthening security against illegal crossings, intrusions, and smuggling activities.
Deployed at shorelines, ports, and marine vessels, the camera penetrates haze, humidity, and low-visibility conditions to identify vessels, small boats, and suspicious activities. It supports safe navigation, detects unauthorized maritime traffic, and plays a vital role in anti-smuggling and maritime law enforcement. Its compact design makes it suitable for integration with ship-based surveillance systems.
The system supports perimeter security, infrastructure protection, and operational safety by enabling early detection of unauthorized access, vehicle intrusion, and abnormal activity around wellheads, pipelines, storage tanks, and processing facilities. Thermal imaging allows effective monitoring during night operations and low-visibility conditions such as dust, fog, gas plumes, or smoke from flaring activities.
The system provides long-range observation of haul roads, pit edges, equipment zones, and restricted areas. The cooled MWIR sensor enables reliable detection of personnel and vehicles in darkness or heavy dust environments, enhancing safety management and intrusion prevention. The system’s unattended operation capability makes it suitable for remote sites with limited on-site staffing.
Used for early forest fire detection, flood monitoring, and pollution source identification. The camera detects temperature anomalies in forests, rivers, and ecological zones, enabling authorities to respond quickly to wildfires or environmental hazards. Its long-range, non-intrusive imaging supports wildlife protection without disturbing natural habitats.
Integrated into counter-UAS systems, the LWIR camera identifies and tracks drones using their thermal signatures—unaffected by camouflage or lighting conditions. It enhances detection accuracy for low, slow, and small (LSS) UAV threats, supporting effective neutralization in sensitive areas such as airports, military bases, and public events.
