Kepler Communications

Supports: Profile · reviewed questions.kepler-communications-decision-2.confidence

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements.

Supports: Hosted payload accommodation and optical relay · defence applications

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · core features

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · technical tags

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · summary

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · core features

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · technical tags

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · technicaldomainslugs

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · capability type

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · core features

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · maturity

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · name

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · core features

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · defence applications

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · defence applications

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · technicaldomainslugs

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · technology readiness level

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · core features

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · technical tags

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Hosted payload accommodation and optical relay · slug

Kepler's hosted-payload datasheet lists up to 120 kg payload mass, orbit-average power of at least 400 W subject to local time of ascending node, and 8 TB storage. Mission feasibility still depends on power, thermal, pointing and orbit requirements. The hosted-payload sheet lists 2.2 Gbps optical data relay and latency below 750 ms. These are vendor service specifications for the described configuration, not universal mission guarantees. The published sales route is sales@kepler.space.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

Maverick secured capacity for ten 400 kg-class Kepler Tranche-2 satellites on Portal's Motus Via Sol mission, targeting a Falcon 9 launch in mid-2028. This is reserved future launch capacity, not a completed deployment.

Supports: Profile · reviewed questions.kepler-communications-decision-2.question

Maverick secured capacity for ten 400 kg-class Kepler Tranche-2 satellites on Portal's Motus Via Sol mission, targeting a Falcon 9 launch in mid-2028. This is reserved future launch capacity, not a completed deployment.

Supports: Profile · current activity

Maverick secured capacity for ten 400 kg-class Kepler Tranche-2 satellites on Portal's Motus Via Sol mission, targeting a Falcon 9 launch in mid-2028. This is reserved future launch capacity, not a completed deployment.

Supports: Profile · reviewed questions.kepler-communications-decision-1.question

Kepler says Tranche 2 will extend its optical network with up to 100 Gbps data rates, on-orbit computing and integrated hosted payloads, supporting government and commercial missions including announced NorthStar and ESA programs.

Supports: Profile · reviewed questions.kepler-communications-decision-2.id

Maverick secured capacity for ten 400 kg-class Kepler Tranche-2 satellites on Portal's Motus Via Sol mission, targeting a Falcon 9 launch in mid-2028. This is reserved future launch capacity, not a completed deployment.

Supports: Profile · reviewed questions.kepler-communications-decision-1.confidence

Kepler says Tranche 2 will extend its optical network with up to 100 Gbps data rates, on-orbit computing and integrated hosted payloads, supporting government and commercial missions including announced NorthStar and ESA programs.

Supports: Profile · operating context

Maverick secured capacity for ten 400 kg-class Kepler Tranche-2 satellites on Portal's Motus Via Sol mission, targeting a Falcon 9 launch in mid-2028. This is reserved future launch capacity, not a completed deployment. Kepler says Tranche 2 will extend its optical network with up to 100 Gbps data rates, on-orbit computing and integrated hosted payloads, supporting government and commercial missions including announced NorthStar and ESA programs.

Supports: Profile · current activity as of

Maverick secured capacity for ten 400 kg-class Kepler Tranche-2 satellites on Portal's Motus Via Sol mission, targeting a Falcon 9 launch in mid-2028. This is reserved future launch capacity, not a completed deployment.

Supports: Profile · reviewed questions.kepler-communications-decision-2.context

Maverick secured capacity for ten 400 kg-class Kepler Tranche-2 satellites on Portal's Motus Via Sol mission, targeting a Falcon 9 launch in mid-2028. This is reserved future launch capacity, not a completed deployment.

Supports: Profile · reviewed questions.kepler-communications-decision-1.context

Kepler says Tranche 2 will extend its optical network with up to 100 Gbps data rates, on-orbit computing and integrated hosted payloads, supporting government and commercial missions including announced NorthStar and ESA programs.

Supports: Hosted payload accommodation and optical relay · commercial availability

Maverick secured capacity for ten 400 kg-class Kepler Tranche-2 satellites on Portal's Motus Via Sol mission, targeting a Falcon 9 launch in mid-2028. This is reserved future launch capacity, not a completed deployment. Kepler says Tranche 2 will extend its optical network with up to 100 Gbps data rates, on-orbit computing and integrated hosted payloads, supporting government and commercial missions including announced NorthStar and ESA programs.

Supports: Profile · profileData.publicContact.contactPageUrl

The official public contact pathway for Kepler Communications is https://www.kepler.space/.

Supports: Profile · editorial profile version

Kepler Communications has sufficient mapped public evidence for private reviewer consideration of the shared editorial profile template.

Supports: Profile · description

The official company material describes Kepler Communications as a Canadian technology business with the public offering summarized in this candidate.

Supports: Profile · canadian footprint

The official capability material supports the named Space data-relay and satellite communications offering and the bounded operational description prepared for reviewer consideration.

Supports: Space data-relay and satellite communications · summary

The official capability material supports the named Space data-relay and satellite communications offering and the bounded operational description prepared for reviewer consideration.

Supports: Profile · reviewed questions.kepler-communications-decision-1.id

Kepler announced commercial optical data-relay services as its first tranche completed commissioning following the January 2026 launch. It describes an IP-based optical mesh supporting real-time space operations and distributed edge computing.

Supports: Profile · operating context

Kepler announced commercial optical data-relay services as its first tranche completed commissioning following the January 2026 launch. It describes an IP-based optical mesh supporting real-time space operations and distributed edge computing.

Supports: Profile · reviewed questions.kepler-communications-decision-1.question

Kepler announced commercial optical data-relay services as its first tranche completed commissioning following the January 2026 launch. It describes an IP-based optical mesh supporting real-time space operations and distributed edge computing.

Supports: Profile · reviewed questions.kepler-communications-decision-1.context

Kepler announced commercial optical data-relay services as its first tranche completed commissioning following the January 2026 launch. It describes an IP-based optical mesh supporting real-time space operations and distributed edge computing.

Supports: Profile · executive relevance summary

Source location: executiveRelevanceSummary

Kepler announced commercial optical data-relay services as its first tranche completed commissioning following the January 2026 launch. It describes an IP-based optical mesh supporting real-time space operations and distributed edge computing.

Supports: Space data-relay and satellite communications · name

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · defence applications

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · core features

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · technicaldomainslugs

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · defence applications

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · technical tags

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · technology readiness level

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · capability type

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · defence applications

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · technical tags

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · technicaldomainslugs

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · core features

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · summary

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · technical tags

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · technical tags

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · defence applications

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · technical tags

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · commercial availability

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · technicaldomainslugs

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · maturity

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications · technical tags

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications → Autonomous Patrol and Monitoring

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications → Autonomous Patrol and Monitoring

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications → Autonomous Patrol and Monitoring

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.

Supports: Space data-relay and satellite communications → Autonomous Patrol and Monitoring

Kepler August 24 2026 states its January-launched first tranche is delivering commercial optical data-relay services as commissioning completes, with IP networking, onboard compute and hosted payloads. Additional spacecraft and optical terminals supporting up to100Gbps are a 2028 expansion plan.