"MONAD"

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Transaction scalability has always been a hot topic, and this article explores how Monad helps to expand TPS (transactions per second), along with a detailed explanation of its workings. The bottleneck is not in re-execution; the bottleneck is accessing Ethereum's memory. Ethereum's method of storing state in the database makes accessing state difficult (time-consuming and therefore expensive), which is another improvement by Monad.

Monad is a high-performance Layer 1 blockchain project designed to enhance transaction processing speed and reduce costs through full compatibility with the Ethereum Virtual Machine (EVM). The article provides a detailed overview of Monad's technical architecture, consensus, and execution mechanisms, as well as its unique community-building strategy. By encouraging active participation and creative contributions from community members, Monad successfully garnered significant market attention even before launching its test network.

This article introduces Monad, a novel layer-1 blockchain that utilizes a Proof-of-Stake (PoS) consensus mechanism and Ethereum Virtual Machine (EVM) compatibility. Through parallel execution and superscalar pipeline technology, Monad significantly enhances transaction processing efficiency and system performance. This paper elaborates on Monad's technical architecture, performance optimization, and improvements over Ethereum, heralding a more efficient and decentralized blockchain future. It demonstrates how Monad drives blockchain development through technological innovation and lays the foundation for a more efficient and decentralized future.

This article provides a detailed comparison of two innovative projects, Monad and MegaETH, which are both working to expand the Ethereum ecosystem through unique technological approaches. It offers an in-depth look at Monad’s Layer 1 innovations and MegaETH’s Layer 2 solutions, exploring how these projects overcome performance limitations to enable high-efficiency transaction processing.

Monad is an EVM Layer1 that achieves 100,000 TPS through parallel execution technology. After launching its testnet in January, over a dozen projects, including PancakeSwap and Layerzero, announced their participation in the ecosystem. Additionally, Monad recently completed a $225 million funding round. This article will explore Monad's architectural design, technological innovations, and key features.

Monad Labs is in negotiations to secure $200 million in funding, valuing the company at $3 billion. Monad is a high-performance blockchain platform compatible with Ethereum, offering exceptional throughput and compatibility that will transform four key cryptocurrency use cases: decentralized finance, non-fungible tokens, value storage, and international payments. It provides faster transaction speeds, lower fees, and seamless application migration. Its open and accessible nature also fosters community participation. The future of Monad is set to propel blockchain technology into mainstream reality, potentially ushering in a new era of blockchain adoption.

This article introduces the blockchain project Monad, which, through a series of innovations, fully harnesses the potential of the EVM, creating a high-throughput L1 blockchain.

This article introduces native DEX projects within the Monad ecosystem, such as Kuru, Composite, and Zaros, which leverage Monad's high throughput and low latency to enhance capital efficiency, pricing accuracy, and user engagement while providing decentralized security and a superior user experience.

Monad is a highly scalable Layer 1 smart contract platform with a rapidly growing ecosystem. Currently, over 80 protocols and dApps are planning to build on it, with expectations to reach 150 to 200 by the time the mainnet launches. Key partners of Monad include LayerZero and Pyth Network, which will enhance its cross-chain interoperability and provide reliable pricing data. Monad's roadmap includes its establishment in February 2022, securing $19 million in funding by February 2023, releasing documentation in September of the same year, planning to launch a testnet in the second half of 2024, and aiming to start the mainnet by late 2024 or early 2025. Technologically, Monad combines parallel execution with EVM compatibility, positioning it to potentially compete with existing platforms like Solana in terms of technical performance. Although Solana leads in speed and scalability, Monad's EVM compatibility offers an additional advantage. Moreover, Monad's technology may enable it to surpass other platforms lik

This article explores three native projects in the Monad ecosystem—Mozi Wallet, Haha Wallet, and Nad.fun—all working to bridge the gap between DeFi and a wider user base through innovative methods. These projects not only showcase Monad's advantages in performance and scalability but also provide more innovative possibilities for developers and users.

This article delves into the consumer-grade dApp innovations within the Monad ecosystem, showcasing how its high-performance blockchain is driving the widespread adoption of Web3 applications. It thoroughly explores projects in multiple fields, including decentralized finance (Narrative), gamified social (LootGO), physical business payments (PaperPlane), and NFT issuance and trading (Bloc.im). These projects leverage Monad’s high throughput (10,000 TPS), low gas fees, and EVM compatibility, offering users an efficient, cost-effective, and user-friendly experience.

This overview focuses on three Monad-native projects—Mozi Wallet, Haha Wallet, and Nad.fun—that intend to bridge the gap between decentralized finance (DeFi) and a wider audience.

Monad’s ambition is to allow EVM developers to eliminate the need to compromise performance, allowing Solana’s capital and innovation to take root in the EVM ecosystem. Whether Monad can become the next public chain dark horse, let us find out when the testnet arrives.

MegaETH, Monad, and Hyperliquid are competitors in real-time blockchain transactions. As a Layer 2 solution, MegaETH promises fast block times and high throughput, while Hyperliquid and Monad offer strong competition with different optimization approaches. This article analyzes their strengths and architectures.

Although L2s have successfully scaled Ethereum to some extent, they still face limitations. Monad aims to build a new realm that combines Ethereum's rich culture with the scalability of Solana and Sui, creating an Ethereum-compatible system that meets the efficiency demands of a new era.