Space Data Frontiers
Provide the necessary space data in the required form, at the necessary time, with the necessary information.
Fujitsu is transforming the future of society from space.
The Space Data Frontier Research Center promotes R&D that fuses satellite observation, industrial data, climate and physical models, AI and simulation technologies to realize dual-use value for defense/security and industrial applications.
Three research themes
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Space Data On Demand
Using low-Earth-orbit Software Defined Satellites equipped with hyperspectral sensors to generate real-time image data and support multiple missions.
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Earth Intelligence Platform
Fusing satellite data, industrial data and physical laws such as climate models to provide global value and risk strategies in normal and contingency situations.
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Cislunar Data Synthesis
Providing long-range space weather forecasts by predicting radiation before solar flares occur, based on the behavior of sunspots.
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If you have any questions, please reach out to the "Inquiry" specified at the end of each respective research theme section.
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Research-theme sections
Space Data On Demand
AI processing on the satellite extracts only necessary information from captured images and rapidly delivers it to the ground, aiming to enable real-time distribution that was previously difficult.
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- Hyperspectral observation
- Real-time image analysis
- Multi-mission support
- Flexible operation through SDS
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On-demand delivery of high-frequency, high-resolution observation data in near real time
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・ Inquiries regarding PoC implementation, etc.
Earth Intelligence Platform
Integrates satellite data, industrial data, and climate/physical models, combining AI/simulation with decision support for risk evaluation, early response and optimization.
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- Real-time visualization
- Prediction and scenario analysis
- Risk assessment and early response
- Optimization and decision support
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Satellite data Industrial data Climate/Physical models Earth Intelligence Platform
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・ Inquiries regarding PoC implementation, etc.
Cislunar Data Synthesis
Predicts X-rays, electromagnetic waves and the radiation environment associated with solar flares to help protect activities on Earth and future lunar operations.
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- Sunspot observation and activity analysis
- Solar flare prediction
- Radiation environment prediction
- Long-range space weather forecasting
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Supporting safety and mission continuity for space systems
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・ Inquiries regarding PoC implementation, etc.
Fujitsu core technologies as the foundation
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Computing
Power-efficient computing cultivated through Fugaku supports large-scale space and Earth data processing.
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Explainable AI
Extracts useful information from limited data and presents the reasons behind predictions to support decisions.
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Large-scale graph AI
Fuses diverse data even when values are missing and reveals complex relationships.
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Synergy among the three themes
By linking real-time observation, data fusion and space-weather prediction, the center delivers value to a wide range of stakeholders.
For PoC discussions, joint research, demo applications or API use, please contact the research center team.
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