Orbital
Sensors, spacecraft, public catalogs, and contact opportunities.
Space intelligence infrastructure
The intelligence layer for space.
Tell the network what you need. Nomos determines how satellites, ground systems, and cloud compute can deliver it.
LIVEPublic satellite catalogsSearch
LIVEOrbital and contact geometryCalculate
LIVESource-backed mission plansRecommend
The challenge
Space capability is fragmented across systems that do not speak the same language.
A single workload can require a satellite operator, orbital data, a ground-station window, a processing environment, and a delivery path. Teams coordinate every interface and constraint by hand.
Nomos sits above that infrastructure. It turns one objective into a feasible path and shows the evidence behind the decision.
The Nomos layer
Different infrastructure. One interface.
The providers stay independent. Nomos compares their possible role in the mission before it recommends a route.
Ground
Reference stations, downlink geometry, and handoff constraints.
Cloud
Processing environments, residency requirements, and delivery paths.
The product
One request in. A mission brief out.
Nomos accepts the objective and constraints, evaluates real public data plus represented infrastructure, and returns a ranked plan with the reasoning attached.
Describe
Say what you need.
Name the outcome, place, timing, and operational limits. You do not have to choose a satellite, antenna, or compute region first.
Build a requestReference requestPrivate workspace
MISSION OBJECTIVEHarbor activity assessment
01ObjectiveMonitor ship activity
02AreaNew York Harbor
03DataRecent Sentinel-1 imagery
04ConstraintU.S. data residency
Resolve
Nomos works out the path.
The engine separates hard constraints from preferences, then compares ways to fulfill the request.
- 01REAL DATA
Find usable data
Search public satellite catalogs for scenes that cover the objective.
- 02CALCULATED
Calculate windows
Evaluate orbital geometry and communication opportunities.
- 03RANKED
Compare paths
Test feasible routes across ground, edge, cloud, and onboard patterns.
- 04SOURCED
Explain the decision
Attach sources, assumptions, rejected options, and missing integrations.
Recommended planREFERENCE MISSION BRIEF
CONDITIONALExisting imagery
Allowed compute
Mission brief
WHY THIS PATH
Relevant imagery already exists, the route avoids a new tasking dependency, and processing stays inside the requested region.
- 01Use an existing Sentinel scenePROVIDER REPORTED
- 02Transfer through an allowed regionESTIMATED
- 03Process in customer-controlled computeCONDITIONAL
- 04Return a shareable mission briefLIVE
Sources attachedAssumptions exposedMissing integrations named
Recommend
Receive one technical plan.
Nomos returns the route it recommends, the alternatives it rejects, and the evidence behind the decision. The output is a shareable technical brief, not an opaque score.
- Recommendation and alternatives
- Timeline, geography, and constraints
- Sources and calculation methods
- Missing provider access called out
Product maturity
Useful now. Honest about what comes next.
The intelligence layer works today. Provider integrations turn its recommendations into live tasking, reservation, and execution.
I
AVAILABLE NOW
Plan and explain
- Search real public satellite catalogs
- Calculate orbital and contact geometry
- Compare feasible infrastructure patterns
- Explain recommendations and rejected paths
- Export and privately share a mission brief
II
REQUIRES INTEGRATION
Coordinate and execute
- Task a commercial spacecraft
- Reserve a ground-station pass
- Run a workload onboard a provider satellite
- Read private provider capacity or telemetry
- Guarantee live commercial pricing
LIVE working productREFERENCE cited public factSIMULATED modeled behaviorPLANNED provider integration neededFull capability map
One interface
One request. The whole space stack.
Describe the outcome. See the route, evidence, assumptions, and missing integrations before your team starts coordinating providers.