Space Mission Analysis Tool with an AI co-pilot.
Design and prove missions in the browser — orbits, coverage, link budgets — with an AI advisor on call.
Who it is for
Mission analysts and systems engineers designing or operating space missions.
The problem
Mission design lives in spreadsheets and a specialist tool nobody else can open, so the numbers that justify a design are separated from the requirement baseline that depends on them.
What it does
Each capability names the module that implements it. A check on every build fails if one stops existing.
Conjunction screening
Screens the catalogue for close approaches against your assets.
Implemented in apps/smat-ai/src/analysis/conjunction-screener.js
Coverage analysis
Grids, heatmaps and revisit computation over an area of interest.
Implemented in apps/smat-ai/src/analysis/coverage.js
Link budgets
RF link margin across the ground segment, with the contact schedule it depends on.
Implemented in apps/smat-ai/src/analysis/link-budget.js
Radar cross-section estimation
RCS estimation and signature modelling for detectability work.
Implemented in apps/smat-ai/src/analysis/rcs-estimator.js
Launch windows
Window computation from the orbit geometry rather than a lookup table.
Implemented in apps/smat-ai/src/analysis/launch-windows-simple.js
Thermal networks
Node-based thermal modelling alongside the rest of the design.
Implemented in apps/smat-ai/src/analysis/thermal-network.js
Spectrum allocation
Allocation and interference checks against the frequency plan.
Implemented in apps/smat-ai/src/analysis/spectrum-allocation.js
What it connects to
- CelesTrak
- Space-Track
- DISCOSweb
- NOAA SWPC
- NASA GIBS
- IERS
- USGS
- OpenStreetMap / Overpass
The full picture is on the integrations page.
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