SignalSpore

SPACE DATA CENTERS
SUPPLIER INTELLIGENCE

SPACE COMPUTINGEvidence. Agreements. Progress.
← All projects

United States · Compute constellation

SpaceX orbital data centers

This project focuses on a constellation of satellites for computing in space.


SpaceX's Starmind program describes AI1 orbital compute payloads designed for up to 250 kW peak and 175 kW average electrical power. Gigasat production is targeted as soon as late 2027; the program remains prospective and is separate from operating Starlink communications satellites.

SpaceX · Announced

Scope: Shared computing & storage · A shared computing or storage platform, or a program developing that infrastructure. Classification describes intended use, not operating capacity.

Full technical comparison, configurations and availability →

View all project relationship records →

Electrical power
Up to 175 kWPlannedAI1 compute-payload average electrical design power
Evidence & scope

Average payload design target. The separate maximum design target is 250 kW. No commissioned capacity is established.

As of

Primary source ↗
Up to 250 kWPlannedAI1 compute-payload peak electrical design power
Evidence & scope

Peak payload design target from the rendered company page, not average or observed flight consumption.

As of

Primary source ↗

Figures retain their disclosed units and scope. Launched hardware does not establish demonstrated performance; targets may change. Not disclosed means no figure in the reviewed sources.

PROJECT RELATIONSHIPS

Suppliers & project partners

NVIDIA

Strategic partner

Program organization: SpaceX

Development agreement
Processors / accelerators · Research & feasibility studies

Joint adaptation of NVIDIA Vera Rubin NVL72 for SpaceXAI's planned first-generation Starmind orbital AI satellite.

NVIDIA's announcement identifies the planned architecture. Orbital deployment, final configuration, quantity and contract value are not established. Terrestrial Grok infrastructure is outside this relationship.

Announced 24 Aug 2026 · Evidence checked 20 Oct 2026

NVIDIA announces planned SpaceXAI Starmind computing architecture (opens in a new tab)
NEXT MILESTONE

Regulatory progress, flight demonstrations and Gigasat production targeted as soon as late 2027.

Manual review 29 Oct 2026. The current SpaceX Starmind page and NVIDIA’s August 24 release were compared directly. AI1 design power remains 250 kW peak and 175 kW average; the profile now also records 30 m deployed height, 75 m wingspan, 75 kW/ton reported vehicle efficiency, sun-synchronous orbit, qualitative laser networking and radiative cooling, plus the planned optimized Vera Rubin NVL72 foundation. No satellite, numeric throughput, memory capacity or service is established. Primary body last observed 14 Oct, 08:40 UTC. Source monitoring: ongoing. Source collection and substantive profile review are separate checks. Plans and dates may change.

SpaceX Starmind (opens in a new tab)
WHAT REMAINS UNKNOWN
  • AI1 demonstration launch schedule and achieved production output
  • Commissioning timeline
  • Delivered compute capacity
  • Measured orbital compute and thermal performance
  • Service pricing

Project updates

Verified announcements and milestones linked to this project, newest first.

Environmental groups ask FCC to pause orbital-data-center licensing (opens in a new tab)

DarkSky International, Environment America and Public Employees for Environmental Responsibility petitioned the FCC for a programmatic environmental impact statement covering orbital data centers. They also asked the agency to pause licensing while it evaluates cumulative effects, naming the pending SpaceX, Starcloud, Blue Origin and Cowboy Space proposals.

Regulatory scrutiny submitted (opens in a new tab)

Secure World Foundation urged the FCC to defer waivers and use phased, demonstration-based authorization for SpaceX application SAT-LOA-20260108-00016, citing the proposed one-million-satellite scale and incomplete system-level evidence.