Build smart contracts with mainstream software stacks. Take a productive leap from Solidity to the vast universe of software components supported by Linux.
Enable million-fold computational scalability, data availability of large files and low transaction costs. All while preserving the strong security guarantees of Ethereum.
From games where players conceal their data to Enterprise applications that run on sensitive data, preserve privacy on your DApps.
A decentralized computational oracle for Ethereum
Descartes executes massive computational tasks off-chain, on a Linux virtual machine fully specified by a smart contract.
The results of the computations are fully verifiable and enforceable on-chain by honest Descartes node runners, preserving the strong security guarantees of Ethereum.
Scalable smart contracts built with mainstream software stacks
Descartes Rollups is a variant of optimistic rollups with interactive dispute resolution. Instead of Solidity, use countless mainstream software components to code smart contracts that run on a Linux VM.
Defeat the scalability limits of Ethereum, with million-fold computational gains, while preserving the strong security guarantees of the blockchain.
High-performance side chain for data availability
Noether is Cartesi's side chain designed for temporary data availability. It allows DApps to achieve high throughput and storage of large files with much reduced fees.
Noether's Proof of Stake system is ready now. Stake your CTSI and earn mine rewards to participate in Cartesi's growing network of validators.