Space Data Centers Database
Search and compare space data center projects and related orbital computing demonstrations, including developers, technical specifications, suppliers, agreements and milestones. Follow each commitment to its original announcement.
Catalog: 99 projects. 13 proposal / study · 35 development · 14 launched · 20 demonstrated · 4 operating · 10 historical · 3 uncertain. These are project classifications, not spacecraft counts or verified commercial capacity.
38 projects classified as launched, demonstrated or operating: 30 reviewed, 8 with review limits or awaiting review. Each project appears in one classification.
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Linked view: · Astrobotic Technology · Suppliers and hosts only.
1–2 of 2 relationship records. Each row is one underlying record, including records linked to several projects. Roles and agreement evidence are separate.
| Project / associated organization | Organization | Role | Component / service scope | Commitment / supporting evidence |
|---|---|---|---|---|
| BEACON CubeRover lunar AI demonstrationMission Control Space Services Inc. | Astrobotic Technology | Host | CubeRover-1 rover and Griffin-1 mission hosting for the joint BEACON demonstration. CubeRover-1 rover and Griffin-1 mission hosting for the joint BEACON demonstration. Details & project milestonesCubeRover-1 rover and Griffin-1 mission hosting for the joint BEACON demonstration. Shared lander with FLIP/SBC-4. Integration is not a lunar deployment or additional Griffin spacecraft. Disclosed buyer: Not disclosed. Associated organization: Mission Control Space Services Inc.. BEACON CubeRover lunar AI demonstration: Integrated for a planned lunar mission Next project milestone: Planned Griffin-1 launch in late2026, followed by deployment and lunar commanding, navigation and onboard-AI demonstrations if landing succeeds. This is a project target, not a supplier delivery commitment. Evidence checked 31 Oct 2026. | PartnershipSource ↗ |
| HPE Spaceborne Computer-4Hewlett Packard Enterprise | Astrobotic Technology | Host | Griffin-1 lander transport for Astrolab FLIP, which carries HPE Spaceborne Computer-4. Griffin-1 lander transport for Astrolab FLIP, which carries HPE Spaceborne Computer-4. Details & project milestonesGriffin-1 lander transport for Astrolab FLIP, which carries HPE Spaceborne Computer-4. Planned shared mission-host chain, corroborated by Astrobotic June15 lander and manifest accounts. No direct HPE procurement order or price disclosed. HPE calls the lander Voyager Technologies Griffin-1, Astrobotic identifies its operating mission. Disclosed buyer: Not disclosed. Associated organization: Hewlett Packard Enterprise. HPE Spaceborne Computer-4: Launch planned Next project milestone: Planned late-2026 launch on the Griffin-1 mission, followed by deployment near the lunar south pole if the mission lands successfully. This is a project target, not a supplier delivery commitment. Evidence checked 31 Oct 2026. | PartnershipSource ↗ |
Supplier work coverage by category
Distinct projects with a disclosed supplier or host in each work category. Investors, research participants and other partnership roles are excluded from supplier coverage. Click a count to see the matching projects. Columns overlap; do not add them together.
| Component / service | Contract awarded | Supplier selected | Development agreement | Launch capacity reserved | Preliminary agreement | Partnership | Any supplier | No supplier |
|---|---|---|---|---|---|---|---|---|
| Power | ||||||||
| ↳ Electrical power system | ||||||||
| ↳ Batteries | ||||||||
| ↳ Solar arrays | ||||||||
| Spacecraft & integration | ||||||||
| ↳ Satellite bus | ||||||||
| ↳ Payload integration | ||||||||
| Compute & storage | ||||||||
| ↳ Storage payload | ||||||||
| ↳ Processors / accelerators | ||||||||
| ↳ Photonic computing components | ||||||||
| Thermal control | ||||||||
| ↳ Radiators / cooling | ||||||||
| Communications | ||||||||
| ↳ Optical links | ||||||||
| Launch | ||||||||
| ↳ Launch capacity | ||||||||
| ↳ Launch integration | ||||||||
| Operations | ||||||||
| ↳ Mission operations | ||||||||
| ↳ Ground stations & ground segment | ||||||||
| ↳ Deployable structures | ||||||||
| ↳ Payload industrial design | ||||||||
| ↳ Flight / payload software | ||||||||
| ↳ Data services | ||||||||
| ↳ Electric propulsion | ||||||||
| ↳ Avionics / integrated electronics | ||||||||
| ↳ In-space manufacturing | ||||||||
| ↳ Spacecraft protection systems | ||||||||
| ↳ Attitude control components | ||||||||
| Sensors & monitoring | ||||||||
| ↳ Radiation sensors | ||||||||
| ↳ Lunar payload delivery | ||||||||
| Commercial services | ||||||||
| ↳ Cloud capacity & advisory | ||||||||
| ↳ Technical training & capability transfer | ||||||||
| Research & feasibility studies |
Technical specifications retain the source’s original units and evidence status. Hardware counts, compute rates and power are not equivalent; launched hardware does not establish demonstrated performance. Supplier counts include suppliers and hosts only, reflect current filters and cover this directory, not the entire market. “No record” means no disclosure captured; it does not mean the work is unawarded. Latest developments use source dates, not routine review or collection dates.