SATLANTIS and Dotphoton

Enhance Satellite Imaging Efficiency with European Space Agency Collaboration

In a landmark collaboration, SATLANTIS and Dotphoton have tripled the imaging capacity of the GEISAT Precursor satellite, paving the way for unprecedented environmental monitoring. GEISAT, harnessing Dotphoton’s Jetraw Core compression technology, now covers an impressive 175,000 km² daily, unlocking new efficiencies and preserving high-resolution image fidelity essential for advanced AI processing. The European Space Agency (ESA) played a key role, guiding the integration of space-optimized technologies and further enhancing this innovation.

Launched aboard a SpaceX Falcon 9 in June 2023, the GEISAT Precursor was already a milestone for Earth observation, targeting infrastructure monitoring and greenhouse gas emissions from diverse sectors. With ESA’s support, the satellite now leverages high-resolution imaging coupled with Jetraw’s unique compression, marking a quantum leap in SATLANTIS's ability to collect, process, and deliver high-quality data efficiently. ESA’s expertise in sensor integration and data handling facilitated these advancements, allowing SATLANTIS to adapt the platform in real time for satellite-grade performance.

Advanced Compression for Sustainable, High-Impact Earth Observation

Dotphoton’s Jetraw Core stands out among compression technologies, preserving all fine image details, critical for AI analysis. As a space-tested technology, it boosts the satellite's image acquisition rate by 300-400%, drastically improving on-board storage and minimizing bandwidth for data downlinking. Thanks to ESA’s insight, Jetraw Core was tailored to meet space-specific requirements, achieving up to six times the usual compression without compromising fidelity. This breakthrough allows GEISAT to store more data and maximize its operational range, enhancing global environmental monitoring efforts.

José Achache, Chairman of Dotphoton and a former architect of ESA’s Copernicus Program, shared,

“High-resolution Earth observation is indispensable for monitoring our planet, but the data volumes are challenging. Through ESA’s collaborative efforts, we’re embedding Jetraw Core to empower next-generation satellites with uncompromised image quality, significantly boosting AI-based data insights while promoting sustainable space imagery.”

ESA’s Impact on Sustainable, Space-Driven Solutions

ESA’s contributions extend beyond technical assistance; through the Technology Transfer program and the General Support Technology Program (GSTP), they actively support companies transitioning space technologies to broader applications. This collaboration with SATLANTIS and Dotphoton exemplifies ESA’s dedication to technology transfer that enhances imaging capabilities without adding weight or operational costs. By funding and facilitating the development and validation of new technologies, GSTP provided SATLANTIS and Dotphoton with essential technical guidance, accelerating the operational readiness of Jetraw Core for the GEISAT mission and reinforcing ESA’s role in pioneering sustainable solutions for Earth observation.

Aitor Conde, Chief Technology Officer at SATLANTIS, echoed this sentiment:

“Our collaboration with Dotphoton and ESA exemplifies the impact of advanced technology in Earth observation. ESA’s support not only accelerated the integration of Jetraw Core but also underscored the value of combining space technology with practical, scalable applications.”

With ESA’s strategic vision, SATLANTIS and Dotphoton are redefining satellite imaging standards, setting the stage for more accessible, sustainable environmental insights that benefit industries globally.

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