Scanway will support the upcoming Titan mission led by Aethero by delivering an optical imaging system designed for operation in orbit. The solution represents a new generation of satellites that combine high-resolution imaging with real-time onboard data processing powered by artificial intelligence. The Titan mission is scheduled for launch in the second half of 2026 as part of a rideshare flight by SpaceX.
Developed in cooperation with EnduroSat and based on its high-performance FRAME satellite platform, the Titan mission marks a significant step toward a new architecture of space systems—where data is not only collected in orbit but increasingly processed, analyzed, and utilized directly onboard the satellite.
As part of the mission, Scanway will provide a space-qualified optical system that will generate data for Aethero’s onboard computing architecture. The instrument has been designed for tight integration with onboard processing systems, supporting imaging scenarios that rely on real-time analysis, lower latency, and more efficient bandwidth usage. This approach reflects a broader shift in the space industry—from traditional models based on transmitting large volumes of raw data back to Earth, toward distributed processing directly in orbit. The integration of observation systems with onboard intelligence enables faster decision-making, greater mission autonomy, and the development of new data-driven applications in space.
“Modern space missions increasingly depend on how effectively they process and utilize data directly in orbit,” said Amit Pinnamaneni. “Collaborating with partners like Scanway allows us to integrate high-quality imaging systems and sensors with our platform and develop new approaches to real-time data utilization in space.”
In this project, Scanway leverages its expertise in adapting advanced optical components for space environments and integrating them into satellite systems.
“Our collaboration with Aethero demonstrates how optical systems and onboard processing can jointly unlock new possibilities for space missions. We clearly see the industry moving toward architectures where data acquisition, processing, and analysis are tightly integrated—Titan is an excellent example of this trend,” said Mikołaj Podgórski.
The Titan mission is set to launch in the second half of 2026 via a SpaceX rideshare mission. It will utilize EnduroSat’s modular FRAME platform, which provides high power and flexibility for demanding payloads. The mission is focused on advanced data processing, including real-time Earth observation analytics, in-orbit processing, and the development of future autonomous space systems.
“The project with Aethero and EnduroSat confirms our capabilities in delivering optical systems for a wide range of mission architectures—from traditional imaging to next-generation AI-driven satellites. This collaboration with international partners also strengthens Scanway’s position as a European supplier of key payloads in global space initiatives. At the same time, we are expanding our expertise in optical data acquisition and processing, engaging in an increasingly broader segment of the data value chain,” added Mikołaj Podgórski.
