Acquisition to first frame, cut from forty minutes to six
A three-satellite imaging constellation was losing its best light to scheduling latency. We rebuilt the tasking path and moved decode to the edge of the network.
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Stop stitching ground stations together. One network, one console, every pass accounted for.
One team on the ground, for every pass you fly.
Ephemeris, scheduling and station keeping are resolved hours ahead across the whole network.
First contact is a formality, never a scramble.
Auto-tracking with sub-degree pointing, and a hot spare aperture that can take the pass mid-flight.
Nobody has to watch a needle.
Uplink queues, command authentication and telemetry decode share a single operator view.
Two constellations look like one board.
Payload products land in your bucket decoded, catalogued and checksummed.
Minutes after loss of signal, not hours.
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We run the ground segment as one team with yours — from first light through decommissioning — so your people spend their hours on the mission instead of the plumbing beneath it.
A three-satellite imaging constellation was losing its best light to scheduling latency. We rebuilt the tasking path and moved decode to the edge of the network.
Separate operations teams were running incompatible consoles across two programmes. One operator view retired the second rota entirely.
Eleven consecutive days of surge tasking over the Gulf. Hot spare apertures absorbed two station outages without the customer noticing either.
From letter of intent to operational acceptance before the launch slot moved. Procurement, licensing and rehearsal ran in parallel rather than in series.
High-latitude weather is the enemy of Ka-band. Band diversity and an honest fallback policy kept the year's numbers boring, which is the point.
Three leased sites were carrying overlapping horizons. Consolidating onto shared apertures paid for the migration inside two quarters.
Operators, RF engineers and schedulers who would rather own the pass than file a ticket about it.