The optimal collection for any target, planned across every major commercial constellation, priced up front, and tasked from a single request.
Three levers you actually hold: the sky, the mission, and the area. Drag, choose, and draw; the engine replans in front of you and puts the reasoning in writing every time.
CANDIDATE PASSES · NEXT 48 H · ONE AOI
Weather risk, engineered out. Drag the front: the engine re-times, re-prices, and re-routes the collect while the forecast is still moving. The shot you needed still lands, and the reasoning comes in writing.
ONE REQUIREMENT · SIX FEASIBLE COLLECTS · CLEAR SKIES
State the mission, not the vendor. Pick what matters and every feasible collect is rescored on price, speed, and sharpness. The stack re-ranks itself, and the winner explains the trade.
DRAG THE CORNER · SCENE CELLS · LIVE PRICE
Draw the requirement, not the order. A polygon bigger than one scene splits into cells, each pass claims only what its swath can honestly cover, and the whole mosaic is planned and priced as one collect.
Under the hood is a real engine, not a lookup table. Every step below runs on live data for every request.
Live orbital elements propagated with SGP4 tell us exactly when each satellite can see your target, at what angle, and at what achievable resolution. No revisit averages, actual passes.
Cloud forecasts become a probability that an optical collection is usable. When clouds make optical a bad bet, radar satellites that see through weather compete on equal footing.
Every feasible option from every vendor is scored on cost, delivery speed, resolution, and weather risk, weighted by your mission priority. Competing requests are arbitrated by priority.
The winner comes with a written rationale: what was chosen, what it beat, and why. Duplicate requests are caught before you pay twice for the same picture.
Imagery marketplaces put a catalog in front of you and leave the hard part, which vendor, which satellite, which window, to a human. Zerosat is the layer above: an optimizer that makes that call automatically and shows its work.
| Imagery marketplace | Zerosat | |
|---|---|---|
| Vendor selection | Human browses and picks | Optimized automatically |
| Orbital access | Revisit brochure numbers | Per pass SGP4 prediction |
| Weather | Your problem after delivery | Native input, routes optical to radar under cloud |
| Cross vendor tradeoffs | Manual spreadsheet | One scored objective across every vendor |
| Large areas | You tile the AOI by hand | Split into scene cells, planned and priced as one mosaic |
| Duplicate tasking | You pay twice | Deduplicated against recent and scheduled collections |
| Recurring coverage | You remember to reorder | Standing monitors replan with fresh orbits and forecasts |
| Reasoning | None | Plain language rationale on every decision |
Zerosat speaks to vendors through one adapter contract with STAC normalized metadata, so adding a vendor never changes the optimizer. Today that spans WorldView, Pleiades and Pleiades Neo, SPOT, Planet, BlackSky, Satellogic, KOMPSAT, Beijing 3, Vision 1, Pixxel, ICEYE, Capella, Umbra, TerraSAR, and more, optical and radar alike.
A polygon bigger than one scene is split into scene scale cells and planned as a mosaic: the result names each satellite pass, how many cells it covers, the total price, and what a bigger budget would buy. Footprints are honest: a sensor whose swath cannot span a cell is never credited with covering it.
"Keep this AOI covered weekly." A monitor plans exactly one collection at a time from fresh orbital data and a real forecast, then replans after the window. No pretending to book passes a month ahead, that would be noise.
WorldView, Pleiades Neo, Pleiades, SPOT, Planet SkySat, BlackSky Gen 3, KOMPSAT 3 and 3A, Satellogic, AxelGlobe, GeoSat 2, EROS C, and more. Down to 0.30 m class resolution.
ICEYE, Umbra, Capella, TerraSAR, KOMPSAT 5. Sees through cloud and darkness, down to 0.25 m class resolution. The escape hatch your optical tasking has always needed.
Tasking reveals what you care about, where, and when. Zerosat is built so that information stays with you.
The optimizer proposes; a person approves. No collection is ever purchased without an explicit approval step, and every proposal carries its full cost before you say yes.
Vendor API keys live in your deployment and are never transmitted to us or to any third party. Zerosat holds read access only until you approve spend.
Every request, decision, rationale, and approval is recorded. What was considered, what won, what it cost, who approved it.
No cookies, no analytics, no third-party scripts, on the product or on this site. Your tasking activity is your business.
A marketplace shows you a catalog and leaves the choosing to you. Zerosat is an optimizer: it predicts real satellite access, prices options across vendors, folds in weather, and recommends one collection with a written rationale. The catalog is an input, not the product.
Where a vendor exposes live pricing, Zerosat quotes it in real time. Where one does not, the estimate is clearly labeled as modeled. Nothing is presented as a market price unless it came from the vendor.
Twenty-five plus tasking collections across the major commercial constellations: optical down to 0.30 m class and radar down to 0.25 m class, with thermal and hyperspectral modalities in active development.
No. The engine plans and prices autonomously, but every order sits behind an approval step. A human sees the full cost and rationale and says yes or no.
The forecast becomes a usability probability on every option. When optical odds drop below your floor, radar satellites that see through weather compete on equal footing and typically win.
Zerosat is in active development and onboarding early access users. Tell us what you are trying to observe on the contact page.
Zerosat is in active development with live vendor integrations landing now. Get in touch for early access.
Request early access