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In the previous article, we covered how to set up a local ZKsync environment and connect it to the Web3.js plugin. Now, we’ll take it a step further by exploring how to interact with the ZKsync Layer 2 provider. By the end of this guide, you’ll know

Before jumping into wallet interactions, make sure you have already set up your local ZKsync environment as described in the previous article on setting up the ZKsync environment. It’s crucial to have a functional environment to interact with Layer 2 and execute the wallet operations discussed here. If you

In the previous articles, we explored setting up the environment and working with traditional wallets. In this article, we will delve into a powerful feature of the ZKsync network: Smart Accounts. Smart Accounts extend the standard wallet functionality by offering greater flexibility and programmability, enabling users to customize their account’

In this article, we explore the Paymaster feature in ZKsync, which allows users to sponsor transaction fees. This is a powerful tool that provides flexibility, enabling users to handle gas fees in a more customizable manner. Before diving into this, ensure you have followed the steps from the previous articles,

In this article, we’ll dive into the multi-sig feature within the ZKsync ecosystem, showing how to deploy and interact with a multi-sig contract. Multisig (multiple signatures) allows for enhanced security by requiring more than one private key to authorize transactions. This is particularly useful for managing funds in a

In this article, we will explore how to set up a Next.js application to interact with the ZKsync network using an injected provider, such as MetaMask. We’ll build a basic application that connects to a user’s wallet, retrieves account information and sends a small amount of ETH