Midradar provides rapidly deployable, integrated surveillance systems that empower law enforcement and security agencies to proactively monitor public spaces, secure major events, and counter terrorist threats.
Public safety operations require more than visibility. They require early discovery, accurate assessment, and coordinated response.
Major events, transportation hubs, government campuses, border checkpoints, and critical infrastructure sites often feature open boundaries, heavy pedestrian flow, frequent vehicle movement, and complex surroundings.
Long-range observation risks may originate from outer high points, long-range positions, suspicious optical equipment, or covert observation behavior.
Drones can create new low-altitude security pressure for major events, restricted facilities, correctional sites, energy facilities, and transportation hubs.
Conventional cameras may delay discovery in large areas, night environments, low-altitude target scenarios, and complex backgrounds.
Six Steps from Risk Discovery to After-Action Review
Low-altitude radar, visible imaging, thermal imaging, laser night vision, perimeter sensing, counter-UAV detection, and anti-reconnaissance optical detection continuously monitor key areas.
Radar outputs target position, speed, and trajectory. Electro-optical devices slew to the target direction for imaging, while AI video analytics assist identification.
The platform combines target location, type, speed, trajectory, zone rules, and historical alerts to generate a threat-level reference.
The command platform links video retrieval, alerts, public address, personnel assignment, authorized counter-UAV response interfaces, and emergency resources.
The response process is monitored in real time, supporting task adjustment, human confirmation, instruction rollback, and multi-department coordination.
The system archives video, images, tracks, alerts, operation logs, and response results to generate an event report.
The Core Is Not Only Monitoring, But Multi-Source Sensing, Unified Command, and Controlled Response
A six-layer architecture supporting the full public safety protection chain
Deploy low-altitude surveillance radar, visible-light cameras, thermal imagers, laser night vision devices, perimeter sensing devices, counter-UAV detection devices, and anti-reconnaissance optical detection devices to monitor high points, roads, entrances, airspace, and boundary zones around key areas.
Use AI video analytics to assist in identifying crowd gathering, area intrusion, line crossing, abnormal loitering, vehicle anomalies, low-altitude targets, and suspicious optical targets, providing rapid assessment references for operators
Integrate low-altitude surveillance radar, anti-reconnaissance optical detection, counter-UAV detection, and long-range electro-optical tracking. Radar supports active discovery and continuous tracking; electro-optical devices support image verification and evidence capture; anti-reconnaissance detection helps discover suspicious optical observation devices; counter-UAV capability supports drone discovery, tracking, recognition, and alerting.
The platform combines target type, location, track, zone rules, historical alerts, and mission level to output a threat-level reference. General, important, and emergency alerts are displayed by priority to support rapid judgment.
The unified command platform manages device access, situation display, alert linkage, video retrieval, task assignment, personnel coordination, response records, and event search across systems, roles, and protection zones.
After an event, the system archives alert snapshots, video clips, target tracks, response processes, operation logs, and result feedback. Events can be searched by time, location, target type, event level, and operator to support security review and accountability.
In public safety and counter-terrorism scenarios, video-only monitoring may not discover long-range, small, low-altitude, or complex-background moving targets in time. Radar-optical linkage combines radar active search and continuous tracking with automatic electro-optical verification, creating a fast loop from target discovery to image confirmation.
Radar does not depend on visible-light images and can continuously scan key areas, improving long-range and low-altitude target discovery.
Radar generates target tracks, helping the platform assess movement direction, speed changes, and the risk of entering sensitive zones.
When radar detects a target, it can guide electro-optical equipment to the target direction, reducing manual search time.
After the electro-optical device captures target imagery, AI video analytics and human confirmation can be used to assess target attributes.
The platform can overlay radar target information with video imagery, presenting target type, distance, azimuth, speed, and track data in an integrated view.
Anti-reconnaissance optical detection can be deployed as a specialized module within the public safety solution. By combining active optical detection with visible-light and thermal imaging verification, it helps security teams discover suspicious optical observation devices around protected areas and alert on potential long-range observation, covert filming, or abnormal monitoring behavior. It can then link to the command platform for verification, alerting, task assignment, and event traceability.
The system does not rely solely on manual observation. It uses active optical detection to identify suspicious optical targets and improve outer-perimeter risk discovery.
Visible-light and thermal imaging can verify target location and help operators assess target attributes.
After a suspicious target is detected, the platform can trigger audible and visual alerts, video pop-ups, map positioning, and security personnel dispatch.
Target images, alert time, response process, and verification results are stored for after-action review.
For high-risk environments that require early discovery, rapid verification, and unified dispatch
Sports events, conferences, exhibitions, concerts, and ceremonies involve dense crowds, open zones, and concentrated security pressure. The solution can establish multi-layer sensing across core areas, buffer zones, high points, and low-altitude airspace to discover abnormal personnel, suspicious vehicles, drones, and long-range observation risks earlier.
Airports, railway stations, ports, and passenger terminals feature heavy traffic and complex access paths. Multi-point video sensing, thermal imaging, radar linkage, and AI analytics help operators continuously monitor key areas and dispatch quickly.
Government offices, restricted facilities, research campuses, and key office zones need to prevent unauthorized entry, long-range observation, drone reconnaissance, and abnormal gathering. The solution supports perimeter protection, long-range observation alerts, low-altitude defense integration, and event traceability.
Border checkpoints, inspection sites, and temporary control points require day-night monitoring, long-range identification, and operation under complex weather. Long-range visible imaging, thermal imaging, laser night vision, radar, and AI recognition can continuously monitor corridors, boundaries, buffer zones, and surrounding areas.
Power, petrochemical, oil and gas, water, and communication facilities need protection against intrusion, sabotage, drone reconnaissance, and abnormal outer-perimeter activities. The solution can continuously monitor equipment zones, perimeter boundaries, entrances, and low-altitude airspace.
For VIP protection, temporary events, emergency response, and convoy protection, vehicle-mounted or portable deployment can provide rapid site setup, active sensing, anti-reconnaissance detection, low-altitude awareness, and command linkage around mobile missions.
Fixed, vehicle-mounted, portable, and networked deployment under one platform
Suitable for government facilities, transportation hubs, energy facilities, correctional sites, ports of entry, and long-term protected zones. Devices can be installed on rooftops, towers, walls, checkpoints, or high points for continuous operation.
Suitable for major events, temporary security tasks, emergency response, convoy protection, and cross-regional support. Vehicle-mounted systems can arrive quickly and provide temporary monitoring, anti-reconnaissance detection, low-altitude sensing, and command linkage.
Suitable for temporary checkpoints, emergency missions, forward observation points, and coverage gap filling. Portable equipment can supplement fixed systems and improve flexibility in complex sites.
Multiple zones, sites, and monitoring centers can be integrated into one command platform for cross-region situation display, alert sharing, task assignment, and data archiving.
Designed for reliable detection and tracking of low-altitude targets in complex environments, ideal for UAV monitoring, border security, and critical infrastructure protection.
A long-range standard-definition observation camera designed for day and night monitoring with laser illumination and 360° heavy-duty PTZ coverage.
Lightweight side-mounted low-altitude UAV detection, tracking, identification, directional interference response, and platform management system for authorized site protection.
Long-range multi-sensor vehicle-mounted camera system for all-weather day and night monitoring in border, coastal, and critical infrastructure scenarios.
A standard video surveillance system mainly solves live viewing and playback. This solution integrates low-altitude surveillance radar, video, thermal imaging, laser night vision, AI analytics, anti-reconnaissance optical detection, counter-UAV integration, and a unified command platform. It forms a closed loop from risk discovery to response review and emphasizes active discovery, rapid verification, unified dispatch, and event traceability.
Yes. Anti-reconnaissance detection is best positioned as a specialized capability within the overall solution. It helps detect suspicious optical observation devices or long-range reconnaissance risks around major events, key areas, VIP protection missions, and critical facilities.
Yes. The solution can integrate low-altitude drone detection, identification, tracking, and authorized response interfaces according to project requirements. For airports, major events, correctional facilities, energy sites, and government campuses, counter-UAV integration can be an important part of the overall security architecture.
AI should not be used as the sole basis for final response decisions. AI recognition results should serve as assessment references. Final response recommendations should be completed through platform rules, site conditions, and human confirmation, which is more suitable for compliance and accountability in public safety scenarios.
Yes. The system can be integrated with existing video platforms, perimeter alarms, access control, public address systems, drone detection systems, and emergency command platforms according to the customer’s existing protocols and deployment environment.
Both are supported. Fixed deployment is suitable for long-term key areas such as government facilities, transportation hubs, energy facilities, and correctional sites. Vehicle-mounted or portable deployment is suitable for major events, temporary security, emergency response, and convoy protection.
Yes. If radio-frequency suppression, jamming, spoofing, or other active response capabilities are involved, the deployment and operation should comply with local laws and regulations, radio management requirements, and user authorization requirements.
Radar provides active detection, long-range discovery, and continuous tracking, making it suitable for low-altitude targets, long-range moving targets, and abnormal outer-perimeter targets. When linked with electro-optical devices, radar supports discovery and tracking, while electro-optical devices provide image verification and evidence capture. This improves discovery efficiency and assessment accuracy in complex environments.
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