Atlas

Orbital landscape galaxiesEach galaxy has a prominent center, quiet elliptical orbits, and five decorative planets. Planet counts do not represent companies.
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Industrializing Orbit

Space is starting to become an industrial environment rather than only a place for research. Falling launch costs are making it possible to move production into orbit when the space environment creates a better process, and to move computing there when orbital infrastructure becomes economically attractive. This landscape tracks the companies trying to turn those physical advantages into repeatable commercial businesses.

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Categories

  • Advanced Materials & Semiconductors

    Some materials can be made with fewer defects in microgravity or under the natural vacuum of space. If launch and return costs keep falling, orbital production could become economically attractive…

  • Biopharma & Biomaterials

    Microgravity changes how biological materials grow and crystallize. That can make space useful for producing drugs or tissue-based products that are difficult to manufacture consistently on Earth…

  • Microgravity Manufacturing Platforms

    Most companies that want to manufacture in space will not build their own spacecraft. A new infrastructure layer is emerging to provide automated production systems and repeatable access to orbit…

  • In-Space Construction & Manufacturing

    Launching finished structures from Earth limits their size and forces them to survive the constraints of a rocket fairing. Building directly in orbit could remove that constraint and make much…

  • Orbital Compute & Data Centers

    AI infrastructure is becoming constrained by power on Earth, while orbital systems can access abundant solar energy. If launch and thermal economics improve enough, some compute could move off…

Companies

Company History