
Distributed Systems Expertise
Satellites operate in Low Earth Orbit (LEO) beyond the reach of terrestrial attacks, providing higher security than any Earth-based service can offer.


Full stack ground station to orbit confidential compute, open hardware and software standards and quantum-hardened cryptography for the next generation Internet.
As the build out for space-based digital systems accelerates, there is a horizon of opportunities based on secure and open standards for satellite hardware and software to power the next generation of the space internet, open and universally interoperable

Satellites operate in Low Earth Orbit (LEO) beyond the reach of terrestrial attacks, providing higher security than any Earth-based service can offer.

Each compute node uses a SpaceTEE to deliver verifiable computation for a full range of security services.

Easily integrate security services into existing enterprise solutions with developer-friendly interfacing and API plugins.

Satellites operate in Low Earth Orbit (LEO) beyond the reach of terrestrial attacks, providing higher security than any Earth-based service can offer.

Each compute node uses a SpaceTEE to deliver verifiable computation for a full range of security services.

Easily integrate security services into existing enterprise solutions with developer-friendly interfacing and API plugins.
A security-first hardware and software compute fabric built for space infrastructure.

Trusted gateway to interface with space-grade compute infrastructure.
Open architecture offering high security guarantees.
KMS, cTRNG, post-quantum plugins, distributed consensus.
A diverse team of innovative deep-tech engineers with ambitions to build interoperable satellite technology.
If you can’t find any answer here, check out the community forum, or write to helloearthlings@spacecomputer.io
SpaceComputer is a distributed satellite network that enables censorship-resistant compute and verifiable settlement across Earth and orbit. We are building a space-native layer for secure, autonomous computation — combining trusted execution environments, confidential smart contracts and an orbital root of trust.