This article will introduce you to some resources to help you better understand Monad and start developing.
Author: harpaljadeja.eth (evm/acc)
Compiled by: Deep Tide TechFlow
Monad is a Layer-1 blockchain that is fully compatible with EVM, optimized for high throughput and low latency.
It adopts a brand new architecture (including the MonadBFT consensus mechanism, RaptorCast network, asynchronous and parallel execution, just-in-time compilation JIT, and custom MonadDb database), achieving approximately 10,000+ TPS (transactions per second), with a block time of about 400 milliseconds and a final confirmation time of about 800 milliseconds.
Notably, Monad fully retains compatibility with EVM and RPC, allowing all existing Solidity contracts, development tools, and wallets to be used directly without any additional adjustments!
Monad is committed to pushing the boundaries of decentralization and blockchain scalability. With Monad, developers can enjoy faster block generation speeds and higher throughput without changing their Solidity or Web3 workflows.
In this article, I will introduce you to some resources to help you better understand Monad and start developing!
Monad is designed to work seamlessly with standard Ethereum development tools.
In particular, Foundry and Hardhat are fully supported, and other tools like Remix and Scaffold-ETH can also be used normally.
You can refer to the relevant guides to deploy and verify smart contracts!
Please ensure you are using Foundry version v1.5.0+ and Viem version v2.40.0+.
Figure: Monad's infrastructure and development tools
Network Information
If you need to know information such as chain ID, block explorer, and RPC URL, you can refer to the network information page (including information for both mainnet and testnet).
Figure: Monad Mainnet Network Information
Migrating Applications from Other EVM Chains to Monad
If you are migrating applications from other EVM chains to Monad, then the "Deployment Summary" will be the most valuable reference for you.
This document includes network information, protocol addresses deployed on Monad, and various differences between Monad and Ethereum that you need to pay attention to when migrating applications!
Developer-Specific Monad Deployment Summary
Figure: Developer Monad Deployment Summary
Monad supports the EIP-7702 proposal and comes with reserve balance conditions; you can learn more about it here.
Best Practices for High-Performance Applications
Monad's documentation also provides excellent guidelines for high-performance applications, covering best practices such as which RPC methods to use, how to batch calls, and when to use indexers.
Best Practices for High-Performance Application Development
Figure: Best Practices for High-Performance Applications
Gas Pricing
The "Gas Pricing Document" can help you understand the changes in various gas opcodes on Monad compared to Ethereum, which are particularly important when deploying on Monad.
Figure: Monad Gas Pricing Guide
Development Tools and Infrastructure
Monad currently has the richest ecosystem of development tools and infrastructure on the mainnet!
You can browse various service providers mentioned in the Monad documentation or quickly check the snapshot tweet posted by @keoneHD:
Monad Tools and Infrastructure Documentation
Figure: Tools and Infrastructure on Monad
If you need to use certain service providers that are not yet available on the Monad mainnet, please feel free to contact us!
Monad Architecture
If you want to delve into the internal mechanisms of Monad, you can visit the Monad architecture section in the documentation.
This section explains several core technologies of Monad in detail, including Parallel Execution, MonadBFT consensus mechanism, and MonadDB database.
Detailed Explanation of Monad Architecture
Figure: Monad Architecture
Looking for Application Development Guides?
If you are new to Web3 or looking for application development guides, there is an excellent section in the Monad documentation specifically prepared for developers who want to start developing on Monad.
It includes detailed guides on how to use indexers, wallet connection SDKs, and even MCP and x402 applications!
Monad Application Development Guide
Figure: Guidance for Developing on Monad
Looking for Templates?
The Monad documentation also provides a template for the Farcaster Mini application. Yes, the Farcaster application is fully supported on the Monad mainnet, including the @farcaster_xyz wallet!
Farcaster Mini Application Template
Figure: Farcaster Mini Application Template
Mobile Application Template
The Monad documentation also provides a template for building mobile applications using React Native!
Figure: Mobile Application Template
I highly recommend browsing the different sections of the Monad documentation, as there is a wealth of useful content that can answer most of your questions!
If you still need help finding certain resources, feel free to contact me :)
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