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The missions feature multiple Lacuna Space IoT satellites built on Spire Global platforms.
Four satellites on the same flight host Internet of Things payloads for Lacuna Space.
Spire launched four satellites for Lacuna Space, each combining a Spire-built platform with Lacuna’s latest-generation IoT payloads.
Lacuna Space will operate its payloads and receive encrypted data at its Harwell headquarters.
Under the contract, Spire will initially build and launch six satellites carrying Lacuna Space’s payload and antenna.
Lacuna Space will operate its payloads and receive encrypted data at its Harwell headquarters.
Lacuna Space’s satellite gateways operate in conjunction with Lacuna’s ground scheduling network, which enables adaptive, regional, fine-frequency algorithms developed using AI from years of satellite-based spectrum scans.
Lacuna Space awarded Spire Global a Space Services contract under which Spire will initially build and launch six satellites that will carry Lacuna Space’s payload and antenna.
Under the agreement, Spire will build and launch six satellites carrying Lacuna Space’s payload and antenna.
Lacuna Space’s satellite gateways operate in conjunction with the company’s ground scheduling network to enable adaptive, regional, fine-frequency algorithms developed using AI from years of satellite-based spectrum scans.
Spire will manufacture the six satellites for Lacuna Space at its facility in Glasgow, UK.
Lacuna Space awarded Spire Space Services a Space Services contract to provide satellite-based IoT services.
Spire will manufacture the six Lacuna Space satellites at its facility in Glasgow, Scotland.
Lacuna Space will operate its payloads and receive encrypted data at its Harwell, UK, headquarters.
Lacuna Space is collaborating with Omnispace to deliver IoT services to industries around the globe.
Omnispace and Lacuna Space tested the LoRaWAN-based satellite IoT technology over the past year using Omnispace's existing network assets outside of Europe.
Over the past year, Omnispace and Lacuna Space tested the LoRaWAN-based satellite IoT technology using Omnispace’s existing network assets outside of Europe.
With a 12-hour revisit frequency, Lacuna Space provided customers with an automated daily process for tracking and monitoring remote assets and achieved uptime exceeding 99.7%.
Over ten months, Lacuna Space worked with Open Cosmos to design and build a 3U cubesat called LS2 integrated with an IoT payload.
The LS2 satellite was built for Lacuna Space to provide customers with an automated process for tracking and monitoring remote assets on a daily basis.