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§ Private Profile · Glasgow, United Kingdom
Satellite manufacturer designing, building, and deploying PocketQubes for Earth observation and space missions.
Alba Orbital has raised $3.0M across 1 funding round.
Key people at Alba Orbital.
Alba Orbital was founded in 2012 by Tom Walkinshaw (Founder).
Alba Orbital has raised $3.0M in total across 1 funding round.
Based in Glasgow, Scotland, Alba Orbital designs, manufactures, and operates miniature PocketQube satellites and deployers to provide high-frequency Earth observation imagery and commercial rideshare launch brokerage services. The aerospace manufacturer operates with a team of 16 employees and produces specialized hardware platforms, including the Unicorn-1 and Unicorn-2 satellite models alongside Albapod deployers in various sizes. The enterprise secures multi-million euro contracts to supply Earth observation data and satellite hardware to customers including the European Space Agency and FOSSA Systems, while utilizing SpaceX as a primary launch partner for its orbital cluster missions. Following its participation in the Y Combinator accelerator program, the space technology company raised a $3.4 million seed funding round in August 2021 backed by investors such as Liquid2 Ventures. Alba Orbital was officially founded in October 2012 by chief executive officer Tom Walkinshaw.
Alba Orbital was founded in 2012 by Tom Walkinshaw (Founder).
Alba Orbital has raised $3.0M in total across 1 funding round.
Alba Orbital's investors include Metaplanet, Amasia, BITKRAFT Ventures, First Round Capital, Founders Fund, Liquid 2 Ventures, Picus Capital, Presight Capital, Sequoia Capital, Susa Ventures, SV Angel, Trinity Ventures.
Key people at Alba Orbital.
Alba Orbital has raised $3.0M across 1 funding round. Most recently, it raised $3.0M Seed in May 2021.
| Date | Round | Lead Investors | Other Investors | Status |
|---|---|---|---|---|
| May 1, 2021 | $3M Seed | Metaplanet | Amasia, BITKRAFT Ventures, First Round Capital, Founders Fund, Liquid 2 Ventures, Picus Capital, Presight Capital, Sequoia Capital, Susa Ventures, SV Angel, Trinity Ventures, XYZ Venture Capital, Y Combinator, Anjula Acharia Bath, Immad Akhund, Michael MA, Richard Pierson, Sebastian Knutsson, James Park, Soma Capital, Uncommon Denominator, Testmunk, Zillionize | Announced |
Alba Orbital is a pioneering satellite manufacturer specializing in PocketQube satellites, a class of miniature satellites. Their flagship product, the Unicorn-2 platform, is the world’s most capable picosatellite under 1 kg, designed for rapid, high-frequency Earth imaging. Alba Orbital operates a growing constellation of these satellites to provide near real-time Earth observation, capable of imaging the entire planet every 15 minutes. Their customers include government and commercial clients across four continents, who use the imagery for applications such as wildfire monitoring, urbanization tracking, and energy usage analysis. The company also offers ground station services through its Albaconnect platform, enabling end-to-end satellite operations.
Founded in 2012 in Glasgow, Scotland, Alba Orbital has launched over 50 PocketQube satellites on multiple missions, making it one of the most active seed-stage space companies globally. The firm has raised $3.4 million in seed funding, including backing from Y Combinator, and is expanding operations in the US and Germany. Alba Orbital’s mission is to democratize access to space by dramatically lowering the cost of satellite launches and providing turnkey satellite services, thus accelerating the newspace ecosystem.
Alba Orbital was founded in 2012 by Tom Walkinshaw, who began building prototype PocketQubes in his bedroom. With the longest cumulative experience in PocketQube development worldwide, Tom has led Alba to become the leading manufacturer and launch broker in this niche. The company’s early success included developing the Unicorn-2 satellites in collaboration with the European Space Agency (ESA), which demonstrated advanced Earth imaging capabilities in orbit. Alba’s first mission launched in January 2022, marking a pivotal moment by successfully deploying a constellation of Unicorn satellites for high-resolution nighttime Earth observation. Early traction was bolstered by multiple successful launches and telemetry decoding, proving the viability of their miniature satellite technology.
Alba Orbital rides the accelerating trend of miniaturization and democratization of space technology, enabling more frequent and affordable Earth observation. The timing is critical as demand for real-time geospatial intelligence grows across industries like disaster response, environmental monitoring, and urban planning. Market forces such as declining launch costs, advances in small satellite technology, and increasing governmental and commercial interest in space data favor Alba’s growth. By providing rapid revisit imaging every 15 minutes, Alba is pushing the boundaries of satellite constellation capabilities, influencing the broader newspace ecosystem by lowering barriers to entry and expanding the use cases for space-based data.
Alba Orbital is poised to scale its constellation significantly in the coming years, with plans for more satellite launches starting in 2024. The company’s focus on rapid, high-frequency Earth imaging aligns with emerging trends in real-time data analytics and AI-driven geospatial insights. As satellite technology continues to miniaturize and launch costs fall, Alba’s influence will likely grow, enabling new applications and markets for space data. Their mission to democratize space access may also inspire more startups and researchers to leverage PocketQube platforms, further expanding the ecosystem. Alba’s ability to maintain technological leadership and operational efficiency will be key to sustaining momentum and fulfilling their vision of imaging everywhere on Earth every 15 minutes.
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This overview synthesizes Alba Orbital’s mission, history, unique strengths, and strategic position within the evolving satellite and Earth observation industry based on the latest available information[1][2][3][4][6].
