Orbital GPU capacity reaches the market in 2027. One API prices your workload across modeled terrestrial rates today and computes exactly when orbit will beat them — so you know the date before your competitors do.
Audit: full report in 5 business days. Free tier: key issued instantly, no credit card required.
First commercial orbital GPU capacity is expected in 2027 — and when it ships, it will only make economic sense with intelligent orchestration. We built the routing layer first: it prices terrestrial today and names the exact rate at which orbit takes over, per workload.
SGP4 orbital propagation using live TLE data. Precise position tracking of 11,000+ real satellites, modeled ground-station visibility windows, and pre-computed pass schedules.
Live weather monitoring at every modeled ground-station site. The engine switches between optical and RF link models based on real atmospheric conditions to estimate usable bandwidth.
Every routing decision weighs latency, cost, queue depth, power availability, and ground station windows. Configurable weight profiles per workload type.
Public engineering analyses model early orbital capacity at a multiple of terrestrial cost — the engine prices that premium straight. It compares modeled AWS, GCP, and Azure GPU rates today and computes the crossover point where orbit wins — terrestrial until then, with the analysis to prove it.
One endpoint abstracts hybrid terrestrial and orbital infrastructure. Submit a job, receive optimal routing. No re-architecture of existing systems required.
Real-time visualization of orbital positions, modeled ground stations, routing decisions, and cost comparisons. Built for infrastructure teams and executive stakeholders.
A fleet of software engines tracks live satellite data, scores routes, and monitors platform health around the clock. This is their live status board — real telemetry from the running system.
Production-ready API integration in under an hour.
POST your inference or training job to the /route endpoint with model specifications, latency requirements, and priority level. Standard REST API with full SDK support.
The routing engine evaluates orbital vs. terrestrial targets across 5 dimensions in real-time -- factoring live satellite positions, weather conditions, queue depth, and cost.
Get the routing decision with confidence score and full cost-comparison breakdown — including the crossover analysis for when orbit will beat cloud. Terrestrial wins today; the response names the exact rate at which that flips.
Lower current utilization = more idle spend to recover. Figures are projections from modeled public rate cards, capped at the ~7% cross-cloud H100 spread — not a promise. Want the real number for your stack? That is what the $499 AI Compute Audit is for.
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Our market scanner continuously sweeps the real satellite catalog for compute-eligible platforms. As orbital data centers launch, OrbitRoute is already positioned as the routing layer.
SGP4 propagation across 11,000+ live satellites, 32 modeled ground stations (KSAT/SSC/AWS/ATLAS-class sites, modeled ahead of commercial ground agreements), and 5-dimension routing decisions — live software today, orchestrated by 23 autonomous software engines.
Software live todayAs operators launch GPU compute payloads, OrbitRoute routes production inference to them on day one — the scanner already flags every compute-eligible platform and pre-computes its pass windows and link budgets.
Scanner armedOptical mesh networking, space-native AI training on free solar power, and an Earth-to-orbit job market. Every layer needs intelligent routing — that layer is what we're building now.
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