Airborne law enforcement assets are critical for modern public safety, enabling rapid response, wide-area surveillance, and coordinated tactical operations. FlySight enhances these missions with advanced situational awareness, real-time visualization, and multi-sensor data fusion, giving operators the tools to make informed decisions and act decisively.

Through OPENSIGHT, airborne crews integrate live video, EO/IR sensors, radar, and geospatial data into a single georeferenced operational picture. Augmented reality overlays display targets, routes, and mission references, improving coordination with ground units and enhancing operational safety.

FlySight has partnered with Aitech Systems to integrate OPENSIGHT with the A179 Lightning AI supercomputer, introducing real-time Augmented Target Recognition (ATR) capabilities. This integration provides law enforcement with a strategic edge, enabling:

• Detection – Identify multiple targets or isolate single targets in real-time using up to 30fps video streams.
• Classification – Filter objects by size or mission-specific parameters, allowing operators to focus on relevant targets.
• Tracking – Follow single or multiple targets with precision and minimal deviation, even in complex urban or rural environments.

ATR systems operate with adaptive AI, reducing false detections and allowing human operators to efficiently manage urban monitoring while relying on AI for remote or less congested areas.

Operational Flexibility is ensured via OPENSIGHT’s open architecture, supporting dynamic selection of AI networks, STANAG 4609 stream integration, and compliance with MISB ST-0903 (VMTI). This enables seamless upgrades and interoperability with legacy systems.

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Operators view all live video and georeferenced detections through the OPENSIGHT Mission Console, providing a coherent and comprehensive operational picture. The system supports multi-platform and multi-agency coordination, enhancing situational awareness, response times, and mission effectiveness.

Search and Rescue missions place extreme demands on airborne crews, requiring rapid decision-making, precise localization, and seamless coordination across multiple assets. Whether operating over land, sea, or remote terrain, mission success depends on the ability to detect, track, and respond under intense time pressure.

FlySight enhances airborne SAR operations with advanced situational awareness, real-time visualization, and multi-sensor data fusion, directly supporting operators in identifying targets, planning searches, and executing missions faster and more safely.

Through OPENSIGHT, inputs from EO/IR sensors, radar, hyperspectral sensors, LIDAR, SONAR, and unmanned platforms are integrated into a single georeferenced operational picture. Augmented reality overlays display search areas, detection insight, drift models, routes, and mission references directly on live video and maps, enabling crews to optimize search patterns and coordinate effectively with ground and maritime teams.

Advanced Automatic Target Recognition (OPENSIGHT-ATR) enhances detection and tracking by analyzing live video in real-time, identifying and concentrating on hundreds of potential targets per frame, improving both speed and accuracy in complex terrain or degraded visual conditions.

Integration such as with Leonardo’s HELIAWARENESS system on AW101/CH-149 SAR “Cormorant” helicopters, and partnerships with solutions like ARTEMIS and LIFESEEKER, provide operators with high-fidelity terrain visualization, mobile target geolocation, and optimized routing for ground units, increasing both target rescue speed and team safety.

Designed with a modular and open architecture, OPENSIGHT supports multi-platform and multi-agency SAR operations, allowing seamless data sharing, mission recording, and downstream command coordination. Flexible customization ensures both legacy and new systems can leverage OPENSIGHT capabilities fully.

FlySight empowers SAR teams with the clarity, speed, and confidence required when lives are on the line.

When wildfires threaten lives, property, and critical infrastructure, aerial firefighting crews operate under extreme time pressure, limited visibility, and rapidly changing conditions. FlySight supports these frontline operations by delivering enhanced situational awareness, real-time intelligence, and precise coordination from the air.

OPENSIGHT transforms airborne EO/IR and thermal sensor data into a unified, georeferenced operational picture, allowing crews to visualize fire perimeters, hot spots, terrain, and risk zones directly on live video. Augmented reality overlays eliminate the need to cross-reference multiple displays, enabling faster tactical decisions during both initial attack and extended attack scenarios.

In the critical early stages of a fire, OPENSIGHT enables rapid assessment of fire behavior and terrain constraints, helping crews identify priority areas for intervention and safely support ground teams. During prolonged operations, the system supports continuous monitoring by integrating historical fire data, environmental models, and real-time weather inputs, delivering an adaptive and evolving view of the fire area.

Designed to reduce cognitive workload in high-stress missions, OPENSIGHT consolidates multi-source data into a single intuitive interface. Real-time streaming of georeferenced video and 3D operational data enhances coordination between airborne assets and ground crews, improving safety, communication, and response effectiveness.

With its open, modular architecture, OPENSIGHT integrates with existing mission systems, sensors, and communication technologies. The result is a scalable, platform-agnostic solution that strengthens aerial firefighting operations—supporting safer decision-making, more effective suppression, and better protection of people and assets.

FlySight enables airborne ISR missions with a unified, interoperable situational awareness environment. Designed for military operators, OPENSIGHT allows real-time exploitation of multi-sensor feeds, correlation of intelligence, and mission data recording for both immediate operational decisions and post-mission analysis.

The system integrates airborne, land, maritime, and unmanned assets into a shared operational picture, providing commanders with enhanced situational awareness across multiple domains. Augmented reality overlays, georeferenced visualizations, and AI-enabled analytics enhance target detection, classification, and tracking, enabling faster and more informed decision-making.

OPENSIGHT’s modular and open architecture ensures compatibility with both legacy and modern platforms, allowing flexible deployment across various ISR mission profiles. By combining real-time intelligence, multi-domain integration, and advanced data processing, FlySight empowers ISR teams to operate with clarity, precision, and confidence in high-stakes environments.

Airborne surveillance is a critical component of modern national border protection strategies. Border control missions require continuous monitoring, rapid threat detection, and seamless coordination across air, land, and maritime assets to ensure security while supporting personnel on the ground.

FlySight supports airborne border control operations by delivering advanced situational awareness, multi-sensor data fusion, and real-time visualization through OPENSIGHT. The system enables operators to detect, monitor, and track movements across wide border areas, even in challenging terrain, low-visibility conditions, or remote environments.

By fusing EO/IR video, radar inputs, unmanned systems, and geospatial intelligence, OPENSIGHT provides a single, unified operational picture. Augmented reality overlays highlight areas of interest, routes, tracks, and operational references directly on live video and maps, allowing crews to identify potential threats and assess situations rapidly.

OPENSIGHT enhances air-to-ground and air-to-maritime coordination, supporting border patrol units, coastal forces, and command centers with shared situational awareness and real-time information exchange. This coordinated approach improves response times, operational safety, and mission effectiveness.

Built on a modular and open architecture, OPENSIGHT integrates with existing avionics systems, sensors, and command infrastructures. Its scalable, software-centric design allows flexible deployment across multiple platforms and evolving border security mission profiles.

FlySight empowers border security operators with the clarity, persistence, and control required to protect borders effectively and responsibly.

Airborne platforms are redefining how critical infrastructure is inspected and monitored—from power lines and pipelines to wind farms and transport networks. FlySight enables faster, safer, and more effective aerial inspections by turning live sensor data into immediate operational insight.

OPENSIGHT combines real-time EO/IR video, thermal imagery, and geospatial data into a single, georeferenced view of the mission. Augmented reality overlays display infrastructure elements, inspection routes, and areas of interest directly on live video, allowing operators to detect anomalies, assess asset conditions, and maintain full situational awareness throughout the flight.

Designed for long-duration inspection missions, OPENSIGHT reduces operator workload and fatigue while increasing coverage per hour. Crews can identify issues such as overheating components, structural damage, or vegetation encroachment in real time and immediately correlate findings with precise geographic locations.

With its open, software-centric architecture, OPENSIGHT integrates with existing sensors and avionics and supports future expansion. The result is a scalable, platform-agnostic solution suitable for routine inspections, preventive maintenance, and post-event damage assessment across civilian and dual-use operations.