The world's first encrypted supercomputer has officially arrived. Imagine being able to understand the content of a book without seeing the text; or an AI doctor precisely treating you without accessing your medical history.
Every DeFi transaction, AI computation, and on-chain interaction relies on data, but current computation methods mean: using data requires exposing it, leading to privacy breaches, security risks, and data misuse.
Arcium allows data to be fully utilized in a fully encrypted state, bringing disruptive changes to the digital world. With Arcium, individuals, applications, and enterprises can fully unlock the value of data without leaking it.
Arcium is an encrypted supercomputer that provides developers, applications, and various industries with a trustless, verifiable, high-performance encrypted computing framework.
Based on cutting-edge cryptographic technology: MPC + arxOS + MXEs:
(1) arxOS: A distributed encrypted operating system composed of nodes in the Arcium network, responsible for executing computational tasks.
(2) MXEs (Multiparty eXecution Environments): The virtual machine of the supercomputer, a highly configurable computing environment specifically designed for secure execution of computations.
(3) Arcis: A programming language developed in Rust and the development framework for Arcium. Arcium brings data computation into a new era of privacy protection, high performance, and trustlessness.
Arcium provides developers with four core advantages: trustless confidential computing, high performance, privacy protection, and arbitrary program execution capabilities.
(1) Privacy: Individuals and enterprises require privacy to operate efficiently and securely.
(2) Trustlessness: Arcium aims to eliminate reliance on centralized entities, allowing data computation without depending on trusted parties. Arcium employs dishonest majority MPC protocols (meaning only one honest node is required to ensure confidentiality).
(3) Arbitrary Execution: The Arcis compiler supports the confidential execution of arbitrary programs.
(4) High Performance: Arcium uses preprocessing-based MPC technology, which is 10,000 times faster than fully homomorphic encryption (FHE).
Efficient and trustless confidential computing brings new possibilities to blockchain applications and traditional enterprises:
(1) Privacy-protecting AI
Collaborative model training: Training AI models on encrypted datasets from multiple organizations;
Medical diagnosis: Developing AI for disease detection while ensuring patient privacy.
Trustless, secure, and autonomous AI agents.
(2) Confidential DeFi
Encrypted order book: Avoiding market impact or front-running when executing large transactions.
Privacy lending protocol: Matching borrowers and lenders while ensuring confidentiality.
Trustless & permissionless prediction markets: Creating prediction markets and determining outcomes through confidential group voting, acting as blind oracles, reducing collusion risks in public voting, and solving game theory problems.
(3) Decentralized Infrastructure Networks (DePINs)
Secure data management: Managing data in a decentralized network without a centralized entity.
Federated learning: Training AI models directly on devices, enhancing privacy protection.
Arcium has received support from top capital and industry leaders, including:
(1) Investment Institutions: Greenfield, Coinbase Ventures, Jump_, LongHash, etc.
(2) Supporters: Anatoly Yakovenko (Solana), Balaji Srinivasan, Santiago R Santos, Keone Hon (Monad), Mert (Helius)
Arcium is revolutionizing privacy computing, maximizing data value while maintaining 100% encryption. 📢 Join the transformation and usher in the future of encrypted computing!