Observation and Monitoring Application –Thermal Imaging Solutions

2. Two Core Solutions for Diverse Needs

For professional observation and monitoring applications, two product variants are available to meet virtually all levels of operational demand.

The first option is the WEOM® HD Thermal Camera Core, featuring an uncooled LWIR detector with a high resolution of 1280 × 1024 px. It utilizes advanced FPGA image processing, delivering high-detail visualizations and thermal sensitivity below 50 mK. This makes it ideal for integrators requiring premium image quality in UAV/UGV systems, portable cameras, or stationary surveillance. With a compact design, weight under 85 grams, and power consumption of just 2.9 W, it is suited for space-limited setups where mobility and energy efficiency are key. It supports HDMI, USB-C, and Ethernet (PoE) interfaces and is available with a selection of fixed lenses or lensless for maximum integration flexibility.

The second variant, WEOM® Thermal Core, is designed for robust and universal use without the need for additional components. Thanks to its rear board, it functions as a fully independent thermal imaging module, ideal for quick integration into existing systems. It features a thermal sensitivity up to 30 mK and a resolution of 640 × 480 px, enabling precise detection of subtle temperature variations. Manufactured in Europe and completely ITAR-free, it allows for straightforward export and international deployment. Its weight under 65 grams and compact size enable installation on drones, in industrial or marine camera systems, and in portable devices. It supports HDMI, USB3, CMOS, CVBS, and GigE interfaces, making it compatible with a wide variety of monitoring platforms.

3. Designed for Demanding Environments

Both the WEOM® and WEOM® HD modules are built for long-term, continuous operation in harsh environments. A durable aluminum body with IP67 protection ensures resistance to moisture, dust, and adverse weather conditions. The modules function across a wide temperature range, enabling use in both polar and tropical climates. Their rapid startup — under 5 seconds — ensures immediate readiness, which is crucial during emergencies or when fast deployment is necessary.

Image quality plays a critical role in observation and monitoring. Advanced FPGA-based processing, spatial and temporal filters, both automatic and manual gain control, and a selection of color palettes help tailor the visual output to operational needs. Operators benefit from clean, stable images that make it easier to identify objects, analyze thermal anomalies, and detect unusual movement. This level of detail is essential in security applications, where rapid person or object recognition is needed, and in industrial monitoring, where thermal imaging can reveal overheating equipment or unexpected malfunctions.

4. Wide Range of Applications

The WEOM® and WEOM® HD modules are used in a variety of fields requiring accurate and dependable thermal detection. In UAV and UGV drone systems, they support navigation and object recognition in diverse terrain. In maritime operations, they enhance nighttime or low-visibility navigation. They are also found in portable monoculars and binoculars used for observation in darkness, smoke, or fog. Furthermore, they play a vital role in security and search-and-rescue missions, where detecting human body heat in difficult terrain is often a life-saving capability. Thanks to these features, modern observation and monitoring systems deliver significantly improved accuracy, responsiveness, and situational awareness.