Gelato is a decentralized infrastructure project designed to automate smart contract executions on various blockchain networks. It acts as a backend for the Web3 ecosystem, allowing developers to outsource their operational needs to a decentralized network of bots known as executors. These executors monitor specified conditions on the blockchain and trigger automated tasks once those conditions are met, such as liquidating loans, rebalancing portfolios, or executing limit orders. The project offers several core services that simplify the development of decentralized applications. Its Automate tool enables smart contracts to perform scheduled or event-driven tasks without manual intervention. The Relay service allows developers to provide gasless transactions for their users, where the application sponsors the transaction fees to improve the user experience. Additionally, Gelato provides Web3 Functions, which allow developers to connect smart contracts to off-chain data and perform complex computations that are not possible directly on-chain. A significant expansion of the project is its Rollup-as-a-Service platform. This service allows developers to deploy their own custom Layer 2 blockchains, known as rollups, using frameworks like the OP Stack, Arbitrum Orbit, or Polygon CDK. By using this service, developers can launch high-performance, scalable chains that come pre-integrated with Gelato’s automation and middleware tools. The GEL token is the native utility and governance token of the network. It serves as the primary mechanism for coordinating the different participants in the ecosystem. Token holders can participate in the Gelato DAO, where they propose and vote on technical upgrades, fee structures, and the overall direction of the protocol. For executor node operators, the token is used for staking. Operators must stake tokens to participate in the network and earn the right to execute tasks. This staking mechanism also acts as a security measure, as malicious behavior can result in the loss of staked tokens through a process called slashing. The project is built to support a wide range of Ethereum Virtual Machine compatible networks, including Ethereum, Polygon, Arbitrum, Optimism, and BNB Chain. It is used by numerous major decentralized finance protocols and gaming platforms to maintain their automated workflows and provide a more seamless interaction for end-users. By removing the need for developers to maintain their own private bot infrastructure, the project aims to make decentralized applications more reliable, efficient, and user-friendly.
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