LEOcloud is a space-based cloud services provider focused on bringing cloud computing capabilities to space. They are developing cloud infrastructure in Low Earth Orbit (LEO) to provide scalable and secure computing solutions designed for space-based operations, offering services like AI-driven analytics and real-time data processing. LEOcloud's "Space Edge" platform aims to reduce latency for mission-critical applications and enable autonomous operations for satellites, space stations, and lunar missions. Recently, Voyager Technologies agreed to acquire LEOcloud to expand its space-based cloud computing capabilities.
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LEOcloud was founded in 2021 to offer edge computing for space operations and to establish a constellation of space-based data centers.
Leaf Space is a ground segment-as-a-service startup partnering with LEOcloud.
LEOcloud’s space-based infrastructure will be designed to host Microsoft, Red Hat, and other cloud services.
LEOcloud’s Space Edge hybrid cloud services are designed to enable low latency for AI and predictive analytics deployed in orbit.
LEOcloud intends to offer a space-based multi-cloud Infrastructure as a Service to enable cloud service providers to extend their cloud services in low Earth orbit and beyond.
SCOUT Inc. and LEOcloud Inc. have signed a Letter of Intent to collaborate on enhancing space operations safety.
Partners such as LEOcloud will be able to deliver compute, cache, and storage services to end users including landers, habitations, and industrial activities on or below the lunar surface via CommStar-1.
LEOcloud and CommStar executed a Memorandum of Understanding to co-develop advanced cloud computing services for government and commercial customers in Cislunar space and on the lunar surface.
LEOcloud’s architecture could enable financial institutions to provide digital currency–based services into regions without local infrastructure by offering transaction security and immutability.
LEOcloud is designing data centers to support blockchain and plans to co-locate edge computing services at ground stations before establishing a constellation of orbiting data centers.
LEOcloud and Orbital Assembly have established a partnership to enable public cloud edge computing services hosted on Orbital Assembly’s Gravity Ring and Pioneer Stations.
LEOcloud will enable researchers and commercial entities on board Orbital Assembly’s facilities to run services or application workloads locally in a hybrid cloud environment such as Red Hat OpenShift while collaborating with colleagues on Earth.
Exodus Orbitals has a partnership with Ashburn, Virginia-based communications startup LEOcloud to develop satellite-based cloud computing.
Leaf Space expects working with LEOcloud to enhance its ground-segment-as-a-service business.
LEOcloud plans to launch a constellation of data centers called Space Edge LEO in a later phase.
LEOcloud has a memorandum of understanding with Toronto-based Exodus Orbital to work on a strategy to accelerate the development, test, and deployment of satellite-hosted applications.
LEOcloud announced a partnership on 2021-07-13 with Ramon.Space to develop satellite-based cloud computing.
Leaf Space of Italy has a memorandum of understanding with LEOcloud from March to develop a strategy to help customers connect with satellite data suppliers and operate in a hybrid, space-based cloud environment.
In Phase 2 of its strategy, LEOcloud will develop, launch, and operate a satellite-based cloud infrastructure providing low-latency, secure, high-availability mission-critical cloud services.
LEOcloud initially plans to co-locate edge computing services at ground stations operated by partners.