SpaceComputer
SpaceComputer is a tamper-proof, orbital computing infrastructure that integrates advanced cryptographic technologies—including zero-knowledge proofs (ZK), multi-party computation (MPC), and fully homomorphic encryption (FHE)—to establish a decentralized “Orbital Root of Trust.” By deploying secure computing nodes in space, the platform aims to transcend terrestrial limitations, offering enhanced security and resilience for blockchain applications. SpaceComputer’s architecture supports high-performance cryptographic operations, such as zk-rollups and secure auctions, facilitating trustless and censorship-resistant systems for the Web3 ecosystem.
Overview
SpaceComputer is a tamper-proof, orbital computing infrastructure that integrates advanced cryptographic technologies—including zero-knowledge proofs (ZK), multi-party computation (MPC), and fully homomorphic encryption (FHE)—to establish a decentralized “Orbital Root of Trust.” By deploying secure computing nodes in space, the platform aims to transcend terrestrial limitations, offering enhanced security and resilience for blockchain applications. SpaceComputer’s architecture supports high-performance cryptographic operations, such as zk-rollups and secure auctions, facilitating trustless and censorship-resistant systems for the Web3 ecosystem.
- Sector
- # Other
- Ecosystem
- —
Team
Team information has not been disclosed.
Funding history
2 disclosed rounds- Seed
10,000,000 USD
- Pre-seed
Amount undisclosed
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