One platform for atmosphere, orbit, telemetry, compliance, and launch. AI-native, collaborative, API-first. Built for constellation operators running 5 to 40 satellites. No MATLAB. No legacy seat license.
Atmosphere is flagship. Everything else extends it, each module is saleable on its own, but only AeroStack owns the whole flywheel.
Volumetric 3D thermosphere. Kp, F10.7, Ap, Bz. Time scrub 1960 → +72h forecast.
Change detection, crop yield, port activity, illegal mining. AI on pixels from Planet / Maxar / Sentinel.
Grafana for satellites. Live telemetry, anomaly AI, fleet health wall, pass scheduler, runbooks.
Conjunction dashboard, 3D close-approach, maneuver planner, Kessler projections, debris explorer.
Orbit designer, high-fidelity propagator, delta-v budget, launch windows. The modern STK replacement.
Stripe for space paperwork. FCC wizard, ITU drafter, ODMSP, ITAR/EAR, end-of-life plans.
Re-entry CFD, thermal, structural, radiation dose. AI-assisted meshing. Ansys displacement.
Multi-network scheduler (KSAT, AWS GS, Leaf, Atlas). Link-budget builder. Unified calendar.
Nine bundled agents. Published MCP server. Cross-module reasoning. Describe the mission in English; get a filing.
Built for the team running a 5 to 40 satellite fleet. One login, one billing, one UI covering the full operational stack from flight-ready to filings.
Collapse the tooling sprawl. Retire the six-dashboard status quo and the legacy STK seat. Ship faster without losing fidelity.
The first volumetric, physics-faithful 3D rendering of the full thermospheric density field. 60 FPS on a laptop. Updates every 5 minutes from NOAA SWPC.
Paste any orbit element. AeroStack threads it through the volumetric thermosphere as a glowing ribbon, reads out density and temperature along the track, and lets you rotate the whole scene with one hand.
Replay the 2024 Gannon storm frame-by-frame. Forecast the next CME. Teach Halloween 2003 live in class. The atmosphere becomes a 4D object, not a snapshot.
Live telemetry streams, self-deriving anomaly flags, and a fleet health wall that colors itself from the signal. No manual thresholds, no dashboards-as-homework.
Six channels, bus voltage, reaction-wheel speed, panel current, CPU temp, downlink Eb/N0, attitude error, streamed from each bird at 1 Hz. The anomaly agent learns the nominal envelope and fires plain-language flags when a tile drifts.
SAR + optical from Planet, Maxar, Sentinel. The AI scans, draws boxes, and hands you a before/after pair with a confidence score and a timestamp, all without a GIS license.
The scanner draws across the swath. Events emit as they fire, a new port warehouse, a burned field, an illegal rig. Each becomes a tile in the log on the right, with T0 → T1 thumbnails and a classification.
Ingest CDMs. Rank by Pc. Visualise the close approach in 3D with uncertainty ellipsoids. Plan the burn, one click commits.
Competitors stop at the warning. AeroStack suggests 2–3 maneuver options with Pc-after numbers, fuel cost, and time-to-effect. Share the 3D view in Slack; let the team vote.
Design an orbit. Propagate it with perturbations. Score delta-v across launch windows. Cut the twin loose with live TLEs, terminator, eclipse, ground-station contacts, and an event log, all at 60 FPS on a laptop.
The twin renders the fleet's positions against a day/night terminator, ticks off ground-station AOS/LOS as they fire, and streams events into a right-rail log. Share the URL; the view is the source of truth.
Bow-shock temperature field, streamlines, heat flux. Meshing assisted by AI. The Ansys displacement for small teams who just need to know if the ablator holds.
Pick a nose geometry, a Mach number, an altitude, the solver paints the stagnation region and traces streamlines around the body. Temperature scale and peak heat flux read out in real time.
FCC forms, TLE parsers, conjunction triage at 3am, 400-page launch user guides, the same mission report 50 times a year. All of it, agent work now.
The compliance agent pulls mass, orbit, frequency from your mission file, drafts the ODMSP narrative, and hands you a redline-ready PDF. The anomaly agent learns your fleet's nominal envelope and flags deviations with plain-language explanations. The ops agent calls your phone when Kp crosses 7.
This is the actual app shell, top bar, left navigator, live atmosphere viewport, fleet wall, conjunction queue, space-weather rail. Every tile in the preview below is rendered from the same components we ship.
The preview is the exploratory web-app kit shipped in ui_kits/web-app/, it mounts the same motion/atmosphere-orbit.html as the hero, plus live fleet + conjunction rails from the component library. Built on the tokens in colors_and_type.css.
AeroStack is in private beta. Leave your details and we'll send an invite when access opens up.