Space-Based Datacenters
Development Feasibility Study
Orbital datacenters are technically feasible (an H100 GPU has run in low Earth orbit since November 2025) but commercially conditional. Viability depends on launch near $200/kg, cheaper space-grade arrays and nodes large enough (above about 16 kW) for orbit to beat grid power on lifecycle carbon.
- $39B
- Market by 2035
- 67.4%
- CAGR 2029-2035
- 35 GW
- US DC Demand 2030
- 25–50×
- Orbital Power Premium per kWh
Chapters
What each chapter answers
- 013 min · Free
Executive Summary
Why put datacenters in orbit at all, and what would it take to prove the case?
Executive summaryKey figuresFramework - 026 min · Free
Introduction
What is driving the convergence of space and computing infrastructure?
TrendRange chart - 0310 min · Free
Executive Market Analysis
How fast is the terrestrial datacenter market growing, and where is it hitting limits?
RankingRange chartTable - 0437 min · Subscribers
Architectural Design Concepts
Which orbit, and which spacecraft design, suits a datacenter?
ComparisonRankingTimelineRange chartWaterfall - 0510 min · Subscribers
Current Challenges and Barriers
What stands between the concept and a working commercial system?
WaterfallFramework - 0620 min · Subscribers
Solutions and Enabling Technologies
Which technologies close the gaps, and when do they arrive?
TimelineFrameworkKey figures - 0714 min · Subscribers
Technology Providers and Ecosystem
Who can build, launch and connect a space datacenter today?
TableRanking - 082 min · Subscribers
Strategic Recommendations and Conclusions
Which suppliers and priorities does the study recommend?
Framework - 0933 min · Subscribers
EPC (Engineering, Procurement, Construction) Framework
How is a space datacenter delivered, phase by phase, and how should capital follow it?
TimelineRange chartRankingFramework - 1040 min · Subscribers
Technical Specifications and Requirements
What performance can an orbital datacenter promise, and what does reliability cost?
TableRange chartComparisonRanking - 1133 min · Subscribers
Regulatory and Legal Framework
Which licences and treaties govern a space datacenter, and how long do they take?
Range chartFrameworkTable - 1212 min · Subscribers
Financial Feasibility Analysis
How much capital does each deployment scale need, and where does it go?
ComparisonGrowthKey figures - 1311 min · Subscribers
Energy Access and Power Economics
Is orbital solar power actually cheaper than the grid?
ComparisonTrend - 1414 min · Subscribers
Comparative Development Models
Should the programme be led from Europe, the US, or both?
Range chartTableScorecard - 1512 min · Subscribers
Risk Assessment and Mitigation
Which risks could stop an orbital datacenter programme, and how much capital does each put at stake?
Key figures - 169 min · Subscribers
Implementation Roadmap
How does the programme move from concept to commercial operations, and what does each phase commit?
Range chart - 178 min · Subscribers
Sustainability and Environmental Considerations
Is an orbital datacenter genuinely lower-carbon once launch is counted?
RankingSplitFramework - 188 min · Subscribers
Strategic Recommendations
What must go right, and at which points should a programme commit capital or stop?
Framework - 193 min · Subscribers
Conclusions
Is a space-based datacenter feasible, and on what conditions?
Range chart - 2011 min · Subscribers
Appendix A–C: Specifications, Launch Vehicles and Regulatory Checklist
What does the reference satellite look like, which launchers can carry it, and which licences does it need?
Key figures - 2110 min · Subscribers
Appendix E–I: Vendors, Standards and Market Data
Who supplies the programme, which standards apply, and what does the market data say?
TrendFramework - 2211 min · Subscribers
Appendix J–L: Stakeholders, Technology Readiness and Patents
Where is the technology ready today, and where are the gaps?
Range chart
The first 3 chapters of this and every report are open to everyone. Space access opens all 22, with the models and their Excel files.
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Check the live record behind the study
- Free tool
Constellation Deployment Monitor
See how fast the large constellations are filling low orbit, the same shells an orbital datacenter would use.
8 large constellations against what they are licensed or filed for: satellites launched, re-entered and net pace over twelve months, and the date each milestone is reached at that pace.
Open the monitor → - Free tool
Space Claim Check
Check a developer’s claimed demonstration satellites against the catalogue record.
Type an operator’s name and see what the public satellite catalogues record: satellites launched, in orbit, operating and re-entered. The full check adds US contracts, SBIR awards, UK and NOAA licences and list screening.
Check an operator → - Free tool
Space Contracts & Tender Radar
See which agencies are buying satellites, platforms and space R&D.
607 new US federal space awards and European tenders from the last twelve months, by part or service bought, buyer, country and stage, with the tenders still open.
Open the radar →
Setcoin Atlas · Space & aerospace
The thesis, against the live record
Research and contract activity on public registers, mapped to the bottlenecks this report names.
1,096
awards & contracts on record
1,063
organisations
$9.0bn
awarded (corrected)
171
new in the last 90 days
Awarded value after removing $16.9bn of aircraft and missile awards misfiled under space.
See the evidence behind each bottleneck
Free accounts see the evidence ladder, regional split and the most active organisations and projects, anonymised.
Ask about Space-Based Datacenters
Answers drawn from every Setcoin report and the live Atlas. Each statement links to the passage behind it.
Ask is included with every subscription
Cited answers across every report and the Atlas, with follow-up questions and a hand-off to the opportunity finder.