Your orbits determine where the ground becomes useful.
Turn fleet geometry into reviewable latitude bands, ground coverage, ranked capacity, and schedulable opportunities—without losing the assumptions that produced them.
A ground option is only useful in the context of your fleet.
Acreage, aperture, and grid access do not answer the orbital question by themselves. BeamDesk evaluates ground supply against the selected geometry and requirement so planners can see why one region or site ranks ahead of another.
Satellite operators
Translate fleet geometry and delivery requirements into ground and scheduling questions.
Ground-station companies
Describe receiving capability and examine where it intersects modeled operator demand.
Constellation planners
Compare how orbital choices alter useful latitude bands and access opportunities.
Energy-network developers
Connect an orbit-aware ground picture to the rest of the planning stack.
From constellation input to an inspectable opportunity.
Each stage narrows the question while preserving the fleet context, requirement, and provenance needed to review the result.
Select or supply a constellation
Choose a configured fleet source or provide registered orbital elements through an access-controlled evaluation workflow.
Derive useful latitude bands
Compute where that geometry can create relevant ground access before screening individual parcels.
Evaluate ground coverage
Inspect station sky geometry, modeled access windows, and the assumptions behind the coverage result.
Publish a requirement
Record demand against an operator organization and fleet epoch so matching answers a specific operational question.
Rank candidate capacity
Score eligible listings against the requirement and review the component terms rather than relying on an unexplained rank.
Schedule opportunities
Carry modeled access into opportunity and site-schedule workflows while keeping opportunity distinct from commitment.
Integrate through the API
Read coverage, opportunity, listing, standards, and draft BPI resources through API-key-authenticated machine endpoints.
See the next window in station context.
The Ground Stations overview keeps the modeled window, sky track, and time sequence together. It helps an operator review access as geometry rather than reading a detached row in a schedule.
Expanded sky and overview modes use the same operating context at different scales: one for focused geometry, the other for the station workflow around it.
Move from a useful band to candidate ground supply.
Candidate screening starts with the constellation and requirement, then ranks eligible parcels using explainable component scores. A result is a planning shortlist—not a claim that the site is buildable or available.
Query the same ground question from your planning stack.
Machine routes use individually revocable API keys and return fleet-dependent errors when a required fleet is unavailable. Coverage and opportunity endpoints are read-only; authenticated marketplace workflows own requirement and scheduling writes.
curl -H "Authorization: Bearer <api-key>" "https://api.beamdesk.space/api/public/v1/bpi/opportunities?lat=<latitude>&lon=<longitude>"The boundary is part of the workflow.
BeamDesk separates public browser assets, provider reads, marketplace writes, organization-scoped data, and sensitive documents rather than treating them as one trust zone.
Admission is explicit
Console authentication does not by itself grant console access. Marketplace writes also check organization membership.
Sensitive evidence stays gated
Document contents are encrypted, separately authorized from metadata, and read through an audited path.
Location detail is reduced
The public listing API withholds exact boundaries and owner identity; deeper workflow data requires authorization.
Bring the orbital question before you commit the ground plan.
Discuss a constellation, station network, siting requirement, or integration boundary in a private access conversation.