Tell us about your workloads, data volumes, performance requirements, and mission timeline. Our team will help define the right solution for your mission.
Kepler enables data to be processed and analyzed directly in orbit, accelerating decisions, reducing downlink demands, and supporting more autonomous mission operations.
With bidirectional data relay up to 100 Gbps, standards-based interoperability, and global ground coverage, Kepler Connect moves data at the speed of the mission.
In-orbit edge processing allows spacecraft to analyze data and support decisions with less dependence on ground operations.
Process and store data in orbit, reducing transmission delays and delivering mission-critical intelligence sooner.
Run image classification, object and change detection, and AI/ML inference directly where sensor data is generated.
Maintain continuous operations and resilient access with a constellation of interconnected satellites.
Read The Brochure
Kepler’s edge compute payloads are accessible from orbit and the Earth, when the space asset is connected to the Kepler Network. Customers can push updates, monitor performance, and manage workloads in orbit, just as they would on Earth.
Process sensor data in orbit and prioritize critical information for faster delivery to decision-makers.
Analyze observations of orbital activity to accelerate detection, characterization, and threat assessment.
Tranche 1 Satellite bus
Process high-volume imagery in orbit, filter unusable data, and deliver the most valuable information first.
Detect and assess wildfires, severe weather, and other rapidly evolving events while response decisions can still make a difference.
Explore Kepler’s solutions in connectivity, on-orbit compute, and hosted payload capabilities that help customers move data faster, process intelligence closer to the source, and get their missions to orbit sooner.
Tell us about your orbit, data volumes, terminal requirements, and mission timeline. Our team will help define the right access and integration approach.