Satellite Earth Observation Company Partners with KSAT for Ground Infrastructure Supporting Climate Monitoring Network
Kongsberg Satellite Services and Xoople have partnered to support the deployment and operation of Xoople's Earth observation satellite constellation through KSAT's automated ground station network. Xoople is building a continuously updated global system to monitor physical changes across the planet using satellite data, advanced AI, and cloud infrastructure. KSAT will expand its ground station network and develop enhanced data delivery capabilities to support the rapid downlink of large volumes of Earth observation data.
Xoople is developing a comprehensive Earth monitoring platform that combines satellite imagery with artificial intelligence and cloud processing to track environmental and infrastructure changes globally. The company's constellation uses high-resolution optical sensors comparable to NASA standards and is designed to deliver significantly larger volumes of processed data than existing systems, formatted for automated analysis and integration into business and government operations.
KSAT operates a worldwide network of automated ground stations that receive and relay satellite data. The company's KSATlite service, established in 2016, manages communications for satellite missions of various scales and maintains a contact success rate exceeding 99.8%. Through this partnership, KSAT will expand its ground infrastructure and accelerate data transfer speeds to cloud platforms, improvements that will benefit other satellite operators using the network.
This partnership may strengthen the technical foundation for near-real-time environmental monitoring at global scale. Organizations across agriculture, urban planning, disaster response, and climate research could gain faster access to current geospatial intelligence, potentially improving decision-making around resource management and infrastructure planning. The enhanced automation and data delivery capabilities may also reduce operational costs for Earth observation missions, potentially enabling wider adoption of satellite monitoring technologies across sectors.