Fig. 01
Satellite Intelligence
Every tracked object carries a living dossier: ephemeris, manoeuvre history, radio profile and operator provenance. We fuse radar, optical and RF observations into a single state vector you can query in one call.
§ 00AI Powered Space Intelligence
The Future of
Space Intelligence
OrbitX watches the region between four hundred kilometres and the Moon. We track the traffic, model the risk, plan the manoeuvres and publish the findings — one continuous observation record, kept with the discipline of an old observatory notebook.
Trusted by
- Space agencies
- Research labs
- Universities
- Aerospace companies
§ 01The Platform
Six instruments, one observation record.
Fig. 02
Mission Planning
Describe an intent — inspect this object, phase into this plane, hold this ground track — and the planner returns burn schedules, propellant budgets and launch windows with the assumptions written in the margin.
Fig. 03
Launch Analytics
Seven hundred campaigns, decomposed. Vehicle cadence, pad turnaround, injection accuracy and weather scrub probability, plotted against every window on the manifest for the next eighteen months.
Fig. 04
Space Weather
Coronal mass ejections arrive with hours of warning, not days. We model flux at your altitude and translate geomagnetic storms into concrete drag, charging and downlink consequences for each asset.
Fig. 05
Orbital Risk Detection
Conjunction screening runs continuously across the catalogue. Alerts carry probability, miss distance, uncertainty ellipsoid and a recommended avoidance burn — never a bare red dot without reasoning.
Fig. 06
Deep Space Research
Beyond geostationary, our aperture network follows cislunar traffic, lunar relays and interplanetary cruise phases. Findings are published quarterly as open, citable plates and datasets.
§ 02Record of Operations
35K+
Satellites Tracked
99.98%
Prediction Accuracy
700+
Launches
150+
Countries
24/7
Monitoring
§ 03Live Orbit Map
A working chart of the shells above you.
- Selected object
- ISS-ZARYA
- Altitude
- 418 km
- Class
- Crewed station
- Status
- NOMINAL
§ 04Mission Timeline
Ten years, plotted on a single orbit.
- 2016
OrbitX Founded
Two radar engineers, one leased dish in Kiruna.
- 2018
Global Tracking
Twelve ground stations, first full-sky catalogue.
- 2020
AI Mission Planner
Transfer solver reaches operator parity.
- 2022
Deep Space Intelligence
Cislunar coverage past 400 000 km.
- 2024
Mars Mission Support
Relay windows planned for three agencies.
- 2027
Quantum Navigation
Clock-referenced positioning, in trials.
§ 05Analytics
Plates from the current quarter.
Catalogued active payloads, 2016 – 2026.
Orbital launch attempts per year, worldwide.
Rolling twelve-month success rate.
High-probability conjunctions per week in LEO.
Objects per 10 km shell, 400 – 1 200 km.
full series, raw observations and covariances live in the analytics room
§ 06Questions
Answered plainly.
We operate eighteen ground stations across nine countries — phased-array radar, optical telescopes and RF listening posts — and blend those observations with public catalogues and operator-supplied ephemerides. Every value in the platform is traceable to a source observation.
Median along-track error is under 120 metres at twenty-four hours for LEO objects with recent observations. Each prediction ships with its covariance, so you always know how much to trust it.
Yes. The REST and streaming APIs mirror everything the interface shows, with SDKs for Python, TypeScript and Rust. Most teams have alerts flowing into their operations console within a day.
We offer an isolated deployment with regional data residency and no telemetry egress. Contact the mission desk and we will walk through the architecture with your security team.
Our own analysts, quarterly, alongside guest plates from partner universities. Everything is open access and citable — the journal is not a marketing channel.