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Nomos Orbital

Space intelligence infrastructure

The intelligence layer for space.

Tell the network what you need. Nomos determines how satellites, ground systems, and cloud compute deliver it.

EARLY ACCESS · LIVE DEMO

The problem

Space is powerful. Access to it is still bespoke.

Using space capability today means coordinating separate operators, spacecraft, ground networks, compute environments, APIs, and constraints by hand. Every team rebuilds the same integration work. Nomos is building the abstraction above it.

Today

  1. REQUEST
  2. SATELLITE OPERATOR
  3. FLIGHT CONSTRAINTS
  4. GROUND PROVIDER
  5. DATA TRANSFER
  6. COMPUTE ENVIRONMENT
  7. CUSTOM PIPELINE
  8. RESULT

Rebuilt by every team, for every mission.

With Nomos

  1. REQUEST
  2. NOMOS
  3. BEST AVAILABLE PATH
  4. RESULT

Nomos absorbs the coordination. The request stays simple.

The network

Different infrastructure. One interface.

Nomos does not replace satellites, ground stations, or clouds. It sits above them: an intelligence layer that reasons across orbital, ground, and cloud resources and determines which of them should take part in fulfilling each request.

ONE REQUEST

Nomos

INTELLIGENCE · ROUTING

ORBITAL NODES

GROUND NETWORKS

CLOUD COMPUTE

RESULT

The infrastructure can stay heterogeneous. Access to it should not.

How it works

The intelligence loop

01

Express the outcome

Describe what you need: objective, area, timing, constraints. Not which satellite, which antenna, which cluster.

02

Understand the environment

Nomos evaluates orbital geometry, public catalogs, contact opportunities, and the infrastructure represented in the system.

03

Determine the path

Nomos compares feasible ways to fulfill the request and explains why a path was selected, with sources and assumptions attached.

04

Planned · requires integrations

Execute across the network

As providers integrate, recommendations become execution: tasking, downlink, and compute coordinated through one interface.

Product maturity

What exists today

The intelligence layer ships first. Execution arrives with integrations. The distinction is labeled everywhere it matters.

Available now

  • Intelligence

    Search and reason over real public datasets and infrastructure references.

  • Orbital geometry

    Contact opportunities calculated from real orbital data.

  • Routing

    Feasible satellite, ground, and cloud processing paths compared and ranked.

  • Provenance

    Sources, assumptions, constraints, and reasoning exposed on every result.

  • Simulation

    Execution behavior explored with clearly labeled simulated candidates where live integrations do not exist yet.

Full capability map →

Coming with network integrations

These require live provider connections. Nomos labels them on every result instead of inventing them.

  • Satellite tasking
  • Ground-station reservation
  • Onboard workload execution
  • Private telemetry
  • Live commercial availability and pricing
  • Automated multi-provider execution
LIVEWorking in the product now, on real data.
REFERENCEReal public facts represented in the registry, with citations.
SIMULATEDModeled behavior, always labeled as such.
PLANNEDRequires provider integration. Never claimed early.

Product

Put a request through the network.

Developers: the API reference covers the request contract. The legacy historical simulation demo remains available with SIMULATED execution, clearly labeled.

Where this goes

One request. The whole space stack.

Today, Nomos determines how a space-data workload could move through available infrastructure, and shows its reasoning. As providers integrate, those decisions become execution. The end state is simple: space becomes callable.

UNDERSTAND

today

RECOMMEND

today

ROUTE

today

ORCHESTRATE

with integrations

EXECUTE

with integrations