Plan orbital delivery, evaluate ground capacity, and coordinate the network from one operating picture.
BeamDesk is the operating and market infrastructure between an orbital network and the ground that receives it. Each layer carries context into the next.
Turn geometry and operating limits into a network schedule that can be inspected and revised.
Resolve where delivery is useful, what a station can see, and which candidate ground fits.
Carry operator requirements into ground matching and a machine-accessible coordination layer.
Four linked views expose how a schedule becomes a ground decision. Every product image in this sequence shows simulated mock data.
Bring orbital geometry, access windows, transfers, and operating constraints into one network view. The demonstration shows how a scheduler can make the path from supplier to receiver inspectable.
Move from the network schedule to a station-specific sky plot. BeamDesk relates the next window, delivery aperture, track, and following opportunities without requiring screenshot text to carry the explanation.
Relate an illustrated beam envelope to the receiving site, then keep rated power beside modeled average delivery. Site scale, duty, and assumptions remain visible instead of collapsing into a single headline figure.
Screen orbit-relevant regions, compare candidate parcels, and preserve the reasons behind a rank. The map and portfolio shown here use the console’s deterministic demonstration dataset.
BeamDesk derives useful ground regions from orbital geometry, resolves station access, and ranks candidate capacity against the operator’s stated requirement.
Use sky coverage to see when a ground location and an orbit align. Carry those modeled opportunities into a ground search without presenting a candidate region as guaranteed capacity.
BeamGround extends the operating picture into ground-capacity evaluation. Its two site types address different infrastructure horizons and should not be treated as equally mature offerings.
Near-term commercial ground hosting: evaluate sites for gateway equipment, connectivity, access, and an operator’s present requirements.
Longer-term infrastructure planning: preserve candidate ground and assumptions for receiving systems that are not represented here as deployed commercial capacity.
BeamDesk separates observation, supporting records, modeling, and unresolved constraints so a decision-maker can see what a number means before relying on it.
Observed or computed information stays attached to its method, source, and relevant epoch.
A public or access-controlled record remains connected to the claim it supports.
Modeled results and assumptions are presented as estimates, never silently promoted to facts.
Hatched treatment identifies incomplete inputs, open constraints, or information not yet offered for reliance.
Every product view on this page is simulated. These three are not: public-domain photographs of the Space Station from the ground and from orbit, and the Earth from geostationary orbit, each with its credit and licence.
From a rooftop in Tel Aviv to a 1 m telescope on Tenerife to an imager on another satellite, the pointing problem a power link starts from is being solved in public. The sky page collects who does it, what they use, and what may be reused.
Hosted only where the licence allows. Linked everywhere else. No embedded player anywhere on this site.
Use API-key-authenticated machine routes for coverage, listings, and the standards registry. BeamDesk also exposes draft BPI capability and opportunity messages; BPI is BeamDesk-authored, remains a draft, and should not be read as an adopted industry standard.
The static request uses the documented coverage route and its required bearer authentication. Fleet-dependent coverage can return an unavailable response when no current real fleet is installed.
curl --request GET \
--url 'https://api.beamdesk.space/api/public/v1/coverage?lat=32.1&lon=34.8' \
--header 'Authorization: Bearer $BEAMDESK_API_KEY'Connect orbital planning, ground evaluation, and market coordination in one operating infrastructure layer.