Architecture - The Starknet Book

Starknet is a coordinated system, with each component—Sequencers, Provers, and nodes—playing a specific yet interconnected role. Although Starknet hasn’t fully decentralized yet, it’s actively moving toward that goal. This understanding of the roles and interactions within the system will help you better grasp the intricacies of the Starknet ecosystem. Starknet’s operation begins when a transaction is received by a gateway, which serves as the Mempool. This stage could also be managed by the Sequencer. The transaction is initially marked as "RECEIVED." The Sequencer then incorporates the transaction into the network state and tags it as "ACCEPTED_ON_L2." The final step involves the Prover, which executes the operating system on the new block, calculates its proof, and submits it to the Layer 1 (L1) for verification. Starknet architecture In essence, Starknet’s architecture involves multiple components: The Sequencer is responsible for receiving transactions, ordering them, and producin

Starknet is a coordinated system, with each component—Sequencers, Provers, and nodes—playing a specific yet interconnected role. Although Starknet hasn’t fully decentralized yet, it’s actively moving toward that goal. This understanding of the roles and interactions within the system will help you better grasp the intricacies of the Starknet ecosystem. Starknet’s operation begins when a transaction is received by a gateway, which serves as the Mempool. This stage could also be managed by the Sequencer. The transaction is initially marked as "RECEIVED." The Sequencer then incorporates the trans