Compute data in space.
SumerSystems is building the future of computing beyond Earth, where AI compute workloads run in orbit and only actionable intelligence is delivered to the ground.
Terrestrial cloud is running out of power, water and land
AI demand is outgrowing the grid. Four hard physical walls that more capital alone cannot remove.
Power
Grid interconnection queues, transmission capacity and generation siting now gate how fast new compute comes online.
Cooling
Rejecting heat near ambient needs chilled water, evaporative towers and billions of gallons.
Land & Zoning
Municipalities are refusing permits over noise, water withdrawal and land occupancy.
Latency
Long-haul traffic follows coastlines and cable landings, not great-circle distance.
Space removes all four constraints at once
Four products, bound by one scheduling authority that places every workload by measured thermal, radiation, power and network state.
Orbital Edge Computing
On-orbit AI inference at the sensor: anomaly detection, image classification and sensor fusion, so raw data never needs a downlink.
Orbital Cloud Computing
High-density GPU clusters on deployable solar arrays with vacuum radiative cooling. No grid, no water, no zoning.
Orbital Data Lake
Fault-tolerant storage replicated across constellations, with quantum-safe encryption and orbital IAM, exposed through enterprise APIs.
Space–Air–Ground Network
Laser inter-satellite mesh routing through vacuum: faster than fiber between continents, bypassing subsea cable congestion.
Sensed, processed, persisted and routed without touching the ground
Sensors
EO, SAR, RF and climate feeds on host satellites
OEC Node
Rad-hard AI inference + orbital Kubernetes scheduling
Data Lake
Replicated, encrypted orbital persistence
SAGIN Mesh
Laser routing across space, air and ground
Enterprise API
Query, retrieval and hybrid cloud sync
Space layer
LEO compute and storage nodes joined by laser inter-satellite links.
Air layer
High-altitude platforms and aircraft relay when a direct path is unavailable.
Ground layer
AWS Ground Station, Azure Orbital and gateways terminate into AWS, Azure and GCP.
Built for teams that can't wait for the downlink
Defense & intelligence
Tactical intelligence in under 200 ms, and data that never leaves a trusted path.
Earth observation & climate
Detections and processed feeds instead of raw pixels, for disaster response and climate science.
Telecom & trading
Vacuum laser routing that beats fiber between continents.
AI labs & hyperscalers
Elastic compute that does not compete with consumers for grid electricity.
Enterprises
Mission-critical workloads that need resilient, always-on compute independent of terrestrial infrastructure.
One node, six demonstrations that de-risk everything after it
The pilot deliberately proves one node, not a network. Pilot partners get early access and help shape the platform.
- OEC-1 hardware prototype development
- Satellite partner integration and payload testing
- Rideshare launch manifest placement
- Ground station operations setup (AWS / Azure)
- On-orbit AI inference workload execution
- Telemetry, radiation and health monitoring
- Regulatory filings (FCC, ITU, NOAA)
The pilot deliberately proves one node, not a network. Pilot partners get early access and help shape the platform.
Be one of the first on orbit.
Tell us about your mission and the challenge you're solving. We'll follow up about discovery calls, design partnerships and the OEC-1 pilot.