Combines synchronous and asynchronous blockchain protocols to enhance scalability and connectivity, supporting a high volume of transactions

These contracts operate independently on separate blockchains, allowing for immediate execution without synchronization with other contracts.

Amate integrates an oracle engine to efficiently validate and incorporate external data into smart contracts, ensuring their practical application is direct and secure.

With multi-chain architecture and smart-contract chains, Amate-based networks can easily set up shared relay blockchains, making inter-network transactions possible and simple.

A-Solidity, a modified version of Solidity, for smart contracts. That allows Solidity programmers could migrate their smart contract from other platforms to Amate easily.

Amate's governance focuses on Members (with a reputation system), Resources (with distribution and democratic voting), and Technology (featuring AIP for innovation and Dynamic Update for smooth upgrades), ensuring balanced and innovative platform growth.

Amate's system uses protocol engines stored on a shared blockchain for flexible transaction processing. These engines are dynamically loaded and updated without hard forks.

Amate's consensus mechanism leverages the pBFT algorithm by Castro and Liskov, where transactions are confirmed by a vote from more than two-thirds of selected nodes.