zkSync Network

Overview

The ZKsync Network, also described as the Elastic Network, connects ZKsync chains that use cryptographic validity proofs for scalable Ethereum-oriented execution. ZKsync Era was the first major chain in this ecosystem.

ZK Stack supplies the modular framework, while shared bridges and interoperability components aim to let participating chains exchange assets and messages. Individual chains can choose rollup or validium data availability, operators, fee policies, governance, and custom execution settings. Users must identify the exact ZKsync chain, chain ID, bridge, token representation, and transaction settlement stage rather than treating the ecosystem as one ledger. Developers should verify current interoperability support and contract deployments. Shared proof and bridge infrastructure improves coordination but can also create correlated technical or governance dependencies. This prevents later renames, forks, or infrastructure changes from making previous settlement decisions impossible to reproduce. Historical records involving zkSync Network should retain chain identifiers, block hashes, transaction data, and the configuration version used at acceptance time.

ZkSync Network should be identified by its active mainnet, chain or network identifiers, native fee asset, address rules, and currently supported software. A project name, associated token, testnet, legacy deployment, and bridged representation are different objects and should not be used interchangeably. Public endpoints and explorers are useful operational tools but are not independent proof that a node is synchronized or a transaction is canonical. Integration with zkSync Network should use current official specifications for RPC methods, transaction formats, fees, finality, contract addresses, and upgrade schedules. Settlement consideration: The ZKsync Network links customizable ZK chains, but each chain’s data availability, operators, bridge, and settlement status remain distinct.