Description
Scanway develops advanced optoelectronic solutions and data analysis systems for the defence sector and dual-use applications, supporting the development of Polish observation, intelligence and situational awareness capabilities. The company’s competencies cover the complete optical data chain: from image acquisition, through processing and analysis, to object classification and event prediction support.
The core of Scanway’s portfolio consists of flight-proven SOP (Scanway Optical Payload) telescopes and SCS (Scanway Camera System) vision systems. SOP instruments enable high-resolution observation in RGB, VIS, NIR and SWIR bands, as well as multispectral imaging, making them suitable for dual-use satellites, reconnaissance systems and UAV platforms. SCS systems support Space Situational Awareness applications, monitoring of objects in orbit, docking operations, in-space servicing and the detection of anomalies in orbital infrastructure.
The software layer of the portfolio is further developed through HYDRA, Scanway’s proprietary vision data processing and analysis system based on AI and machine learning algorithms. The system can process 2D, 3D, multispectral, hyperspectral and thermal imaging data, and perform functions including automatic object detection, segmentation, identification and classification. In defence and dual-use applications, it enables the development of autonomous reconnaissance capabilities and onboard data processing, reducing the need to transmit complete raw datasets to the ground segment.
One of the key projects demonstrating Scanway’s capabilities in the defence sector is PIAST (Polish ImAging SaTellites), Poland’s first dual-use Earth observation nanosatellite constellation developed for the Polish Armed Forces and public administration. Scanway delivered optical instruments for the PIAST-S1 and PIAST-S2 satellites, a camera for PIAST-M, and the image acquisition system for the entire constellation.
The core of Scanway’s portfolio consists of flight-proven SOP (Scanway Optical Payload) telescopes and SCS (Scanway Camera System) vision systems. SOP instruments enable high-resolution observation in RGB, VIS, NIR and SWIR bands, as well as multispectral imaging, making them suitable for dual-use satellites, reconnaissance systems and UAV platforms. SCS systems support Space Situational Awareness applications, monitoring of objects in orbit, docking operations, in-space servicing and the detection of anomalies in orbital infrastructure.
The software layer of the portfolio is further developed through HYDRA, Scanway’s proprietary vision data processing and analysis system based on AI and machine learning algorithms. The system can process 2D, 3D, multispectral, hyperspectral and thermal imaging data, and perform functions including automatic object detection, segmentation, identification and classification. In defence and dual-use applications, it enables the development of autonomous reconnaissance capabilities and onboard data processing, reducing the need to transmit complete raw datasets to the ground segment.
One of the key projects demonstrating Scanway’s capabilities in the defence sector is PIAST (Polish ImAging SaTellites), Poland’s first dual-use Earth observation nanosatellite constellation developed for the Polish Armed Forces and public administration. Scanway delivered optical instruments for the PIAST-S1 and PIAST-S2 satellites, a camera for PIAST-M, and the image acquisition system for the entire constellation.
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Products
SCS – Scanway Camera System
SCS – Scanway Camera System
SCS (Scanway Camera System) is a family of compact vision systems designed to observe a satellite’s surroundings, inspect its components, and support operations carried out in orbit. SCS systems can be used, among other applications, to monitor the deployment of satellite elements, assess the condition of mechanisms and subsystems, observe other objects in space, and support proximity and inspection operations. The solutions are designed for low mass, low power consumption, and integration with a wide range of satellite platforms. SCS technology has already been proven in space, including aboard the YPSat mission during the inaugural flight of the Ariane 6 launch vehicle. The system can be adapted to the requirements of a specific mission and provide imaging data to operators or onboard systems.
SOP – Scanway Optical Payload
SOP – Scanway Optical Payload
SOP (Scanway Optical Payload) is a family of advanced optical instruments designed for Earth observation, space object monitoring, and specialized missions, including lunar and deep-space applications. SOP systems are designed and integrated by Scanway to deliver high-quality imaging, reliability, and mission-specific adaptability. The portfolio includes solutions for nanosatellites and microsatellites, ranging from compact telescopes to large-aperture, high-resolution instruments. SOP can operate across different spectral ranges, including RGB, PAN, NIR, and SWIR, and can be configured to match the spacecraft platform and mission objectives. Scanway’s technology has flight heritage from orbital missions and is also being developed for lunar and deep-space applications.
