Future concept / Orbital computing

Space data centers

Extending our resource-intelligence vision into orbital computing. The concept would process survey data closer to spacecraft, support mission decisions, and send selected results to Earth. This is a future development direction, not an operating data center service.

Process
Prioritize
Transmit
Illustrative concept of an orbital computing satellite with shielded modules, separate radiator panels, and solar arrays above Earth
FUTURE CONCEPT / ORBITAL COMPUTINGFuture infrastructure direction

Overview / Orbital computing

Compute where the data begins

A future orbital computing concept for processing survey data near its source, with power, thermal control, radiation resilience, and communications designed together.

01

Mission data processing

Explore local processing of imagery and sensor observations before transmitting selected results to Earth.

02

Resource intelligence

Study how shared computing could support sensor fusion, target ranking, and validation planning.

03

Distributed operations

Evaluate a computing layer that could serve multiple survey spacecraft without replacing their onboard safety controls.

Concept illustration of a coordinated multisensor asteroid survey network

Mission role / Survey intelligence

Turn observations into useful decisions

A survey fleet generates imagery, terrain measurements, and material-signature observations. An orbital processing node could combine selected data and return priorities to mission teams, while each spacecraft retains its own time-critical control.

  • Align observations from multiple instruments
  • Flag candidate zones for closer inspection
  • Preserve evidence, confidence, and data provenance

Engineering / Before deployment

Design for the limits of space

Computing in orbit requires a coupled design for electrical power, radiators that reject heat in vacuum, radiation resilience, and reliable data links. Launch, servicing, and end-of-life plans also matter. Any cost or environmental advantage must be demonstrated, not assumed.

  • Power and thermal budgets matched to the workload
  • Fault-tolerant computing, storage, and recovery
  • Communications capacity and ground-system integration
  • Simulation and hardware testing before a mission demonstration

Next / Orbital computing

Plan orbital computing

Discuss mission workloads, data interfaces, and test requirements for a scoped orbital computing research program.