Unibap AB, a Swedish high-tech company founded in 2013, provides state-of-the-art hardware and software solutions for edge computing and cloud computing in space. Their SpaceCloud® offering includes hardware like the iX5 and iX10 computers, software, and services designed to enable AI and cloud solutions in satellites. Unibap's customers include NASA, ESA, SNSA (Swedish National Space Agency), and FMV (Swedish Defence Material Administration); they also partner with companies like Moog Inc. and Amazon Web Services.
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The SmallSat Europe panel “The Latency Arbitrage: Calculating the ROI of In-orbit Computing vs. Direct-to-Ground” includes And One Technologies President Eric Anderson, Unibap Space Solutions CEO Johan Åman, SITAEL Managing Director Marco Molina, Elve VP of Business Development Ryan Conroy, and D-Orbit UK Head of Space Cloud Viney Dhiri.
Unibap and Leonardo plan to conduct a joint technical study focused on integrating Unibap's edge computing solutions into Leonardo's future Earth observation space infrastructures.
Leonardo's Space Division managing director Massimo Claudio Comparini emphasized the potential of combining Unibap's technology with Leonardo's expertise to deliver autonomous, real-time intelligence solutions from space.
Unibap's CEO Johan Åman stated that Leonardo is the ideal partner for Unibap's mission to become a defense solution provider.
Unibap builds onboard high-performance edge computing and data storage solutions.
Unibap Space Solutions has announced a collaboration deal with Leonardo to work on space intelligence, surveillance, and reconnaissance (ISR) systems.
Unibap's iX5 and iX10 platforms are currently in use and are scheduled for expansion with over thirty units expected to reach orbit by 2025.
High-performance edge computing solutions developed by Unibap include AI applications, software, and hardware that focus on the tactical needs of warfighters.
Unibap contributes expertise in autonomous, high-performance edge data processing and onboard storage, reducing reliance on ground stations.
D-Orbit has integrated Unibap’s iX5 edge computer products into its offering since 2023 to provide an alternative route to space for edge computing solutions.
Unibap AB (publ) received an order from an emerging European smallsat integrator to deliver payload data processing units for a satellite constellation commissioned by a European authority.
D-Orbit worked with Sweden’s Unibap to demonstrate a radiation-tolerant computing module onboard ION in 2021.
Unibap’s iX5-100 SpaceCloud platform features a combination of central processing unit (CPU), graphical processing unit (GPU), and vision processing unit (VPU) chips, solid-state storage, and an optimized Linux-based operating system running the SpaceCloud framework API.
The first iteration of Nebula was built in collaboration with Swedish-based AI company Unibap on top of Unibap’s radiation-tolerant iX5-100 SpaceCloud platform.
Unibap is a Swedish company that provides SpaceCloud Services used in the Simera Sense payload.
The first iteration of Nebula features an intelligent automation SpaceCloud iX5-100 radiation-tolerant computing module supplied by Unibap.
V-Nova’s SMPTE VC-6 ST 2117 data coding standard will be integrated into Unibap’s SpaceCloud computing platform onboard a satellite scheduled for launch in 2021-04-01.
Unibap’s SpaceCloud computing platform will host VC-6 as an AI-powered software library for on-orbit processing.
V-Nova’s VC-6 technology will be deployed into Unibap’s SpaceCloud solution and integrated into D-Orbit’s ION SCV Dauntless David spacecraft scheduled for launch in June 2021.
V-Nova’s VC-6 technology will be deployed into Unibap’s SpaceCloud solution and integrated into D-Orbit’s ION SCV Dauntless David spacecraft scheduled for launch in June 2021.