Versatile integration
‍of high end cameras and sensors

Electro-Optical / Infrared (EO/IR) gyrostabilized camera gimbal provides high-resolution optical and thermal video imagery for wide area surveillance. Additional capabilities are onboard Image Processing, i.e. a state-of-the-art onboard image processing capability.

The onboard processing leads to a rock-solid target tracking performance and thanks to a stable data link solution, it eliminates any communication latency issues. Its processed video reduces the data rate and requires lower bandwidth datalinks.

The video stream, along with snapshots, can be stored in HD quality onboard as well. It is also capable of hands-free tracking of moving objects. The operator can allocate the target and zoom in, while the onboard processor will hold the target in the centre of the video screen regardless of the aircraft movement direction.

This is a useful feature for long-range surveillance, monitoring applications, and law enforcement applications. Target tracking is paramount in applications where the aircraft is moving or following the object that is moving relative to the ground.

LiDAR (Light Detection and Ranging) is a remote sensing technology that uses laser pulses to measure distances and generate accurate 3D models of terrain and infrastructure. Mounted on aircraft or drones, a LiDAR system scans the ground using a rotating mirror that directs laser beams side-to-side. As the laser pulses hit objects, like vegetation, land, or pipelines, they bounce back to the sensor, creating millions of data points that are processed into detailed elevation maps.

In oil & gas and utility sectors, LiDAR is a powerful tool for right-of-way (ROW) inspections along pipeline corridors. It helps detect encroachments, vegetation overgrowth, erosion, and structural changes critical for maintaining asset integrity and regulatory compliance. LiDAR also supports long-term monitoring, change detection, and planning by providing fast, high-resolution data over large, often remote, areas.

For maritime Surveillance and SAR missions, the use of an AI based sensors can streamline their efficiency. Thanks to an onboard processing, greater area can be inspected and searched compared to standard solutions. The system scans stretch of water in a highly systematic way with AI algorithms, machine learning and neural networks trained specifically to detect the objects the operator is looking for (any size of vessels, people, animals, etc.).

The user sends targets of interest coordinates to the video gimbal with a simple click on the user interface. This allows the operator to spend their time focusing on the important targets and making faster decisions.

Multispectral and hyperspectral imaging systems are powerful tools used for environmental monitoring, agriculture, and disaster response.Multispectral systems capture data across several light bands, including visible and near-infrared wavelengths. By analyzing these bands, multispectral systems assess vegetation health, monitor land use, and detect crop stress. This technology is commonly used in agriculture to optimize crop yields, assess irrigation needs, and monitor environmental changes.

environmental conditions with high accuracy. In real-world applications, hyperspectral UAVs are used in mineral exploration to identify valuable resources, track pollution in oceans or soil, and monitor environmental hazards with unparalleled precision.

Together, when integrated with UAVs, both technologies deliver high-resolution, real-time data. This combination allows industries to make informed, timely decisions, improving operational efficiency and enabling more effective monitoring of agricultural, environmental, and industrial applications.

Synthetic Aperture Radar (SAR) systems provide high-resolution imaging for search and rescue (SAR), surveillance, and environmental monitoring in challenging conditions, such as poor weather, darkness, or dense foliage.

SAR systems use microwave signals to create detailed images of the ground, even through obstacles like vegetation or buildings. Integrated with UAVs, SAR offers wide area coverage, precise mapping, and real-time data for locating missing persons, monitoring natural disasters, and conducting border surveillance.