raft VS aptos-core

etcd Raft — a library for maintaining replicated state machines (written in Go);

Have you seen this implementation? https://github.com/etcd-io/raft. I’ve used this as a starting point for our consensus with various services.

This is usual in parallel and distributed systems. For k8s, I recommend you either use Apache Zookeeper to coordinate “logical locks” for operations across pods or use the RAFT consensus protocol for scenarios where you need coordination amongst pods. For context, k8s itself uses the RAFT consensus protocol for etcd; see https://github.com/etcd-io/raft

AptosBFT — a consensus component supporting state machine replication in the Aptos blockchain (written in Rust);

aptos-sdk = { git = "https://github.com/aptos-labs/aptos-core", branch = "devnet" }

// import transaction build from aptos sdk: https://github.com/aptos-labs/aptos-core/tree/main/ecosystem/typescript/sdk import { BCS, TxnBuilderTypes } from 'aptos'; // Establish connection to the wallet const result = await (window as any).aptos.connect() // Check connection status of wallet const status = await (window as any).aptos.isConnected() // Gets the address of the account signed into the wallet const accountAddress = await (window as any).aptos.account() // Create a transaction const transaction = { arguments: [address, '717'], function: '0x1::coin::transfer', type: 'entry_function_payload', type_arguments: ['0x1::aptos_coin::AptosCoin'], }; // Send transaction to the extension to be signed and submitted to chain const response = await (window as any).aptos.signAndSubmitTransaction(transaction) // Send transaction to the extension to be signed and returns const signedTransaction = await (window as any).aptos.signTransaction(transaction) // Disconnect dApp from the wallet await (window as any).aptos.disconnect(transaction)