Circuits

Circuits function as communication hubs between blockchains, facilitating cross-chain messaging with the help of Agents.

Circuits are responsible for the collection and aggregation of messages, enabling smart contracts to seamlessly send and receive messages of any character, including transfers of tokens and price-data.

An illustration is attached below showcasing an example of Cross-Chain Messaging facilitated by Circuits.

The diagram displays a process with five main steps involving Circuits: 1) A smart contract calls a Circuit to send a cross-chain message. 2) The Circuit signals Transmitter Agents to send this message to the Controller. 3) Transmitters send message to the Controller 4) The Controller verifies consensus of Transmitter Agents. 5) If successful, the Conductor notifies Conductor 6) The Conductor Agent sends the verified message to the Circuit on the destination Blockchain. 7) The Circuit verifies that data is untampered. If successful, it transmit the message to the designated smart contract.