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In the previous article "Research on DeFi History: The Past DeFi Development History of Uniswap," the author reviewed the development of DeFi from the Bitcoin ecosystem's Counterparty protocol to dYdX, dividing DeFi history into two parts with Uniswap as the dividing line. In this article, the author will systematically analyze the future Defi development trajectory of Uniswap and provide expectations for the future of the DeFi sector.

Klever is a revolutionary crypto wallet ecosystem currently on the rise and set to take over the blockchain industry. Click to learn more about Klever.

This article explains the mainstream architectures of DEX, their main risks, design issues of Bancor, and the specific implementation and security explorations of ArtexSwap. It focuses on how ArtexSwap improves security and efficiency through Artela EVM++ and Aspect technology.

In this guide, we’ll explore details of meme coin trading, the top platforms you can use to trade them, and tips on conducting research.

In the world of DeFi, "vampire attack" refers to stealing liquidity from a target to increase one's value. The idea and name originate from the August 2020 attack by SushiSwap on UniSwap. Just as the popular image of vampires, the vampire attack scene includes several roles: the attacker (vampire), the victim, and the often overlooked important element, the thing being taken (blood, or liquidity). From these three elements, we can explain the nature of the "vampire attack" and have a look at some historical cases in the DeFi world.

Runestone continues to hit new highs, and Runestone’s popularity is rising. This article will introduce you to 22 popular projects in the ecosystem covering NFT, infrastructure, DeFi and trading markets.

Sushiswap is a decentralized exchange based on an automated market maker (AMM) model, essentially a set of smart contract codes deployed primarily on Ethereum. Since its launch and rapid rise to prominence in August 2020, Sushiswap has been considered one of the major players in the Dex space.

PREDA (Parallel Relay Execution Distributed Architecture) is an innovative model designed to enhance blockchain performance and scalability. It achieves full parallelization of smart contract functions by breaking down the execution process of smart contracts into multiple steps that can be processed in parallel. These steps are executed asynchronously across different Ethereum Virtual Machine (EVM) instances, thereby maximizing the concurrency of a set of transactions.

It’s been a decade since Tether launched the first USD-backed, crypto-enabled digital currency. Since then, stablecoins have become one of the most widely adopted products in crypto, with a market cap of nearly $180 billion. Despite this remarkable growth, stablecoins continue to face significant challenges and limitations.

Blackbird is a Web3 dining loyalty platform that aims to enhance the dining experience and loyalty of consumers by leveraging Web3 technology to provide more personalized, valuable, and engaging services for the restaurant industry. It seeks to create a unique public points alliance within the restaurant industry through blockchain technology and its $FLY token, establishing a close-knit network between customers and restaurants. The $FLY token acts as a digital reward point, allowing customers to share points across various restaurants. By utilizing Web3 concepts and technology, Blackbird enables more direct and trustworthy relationships and transactions between restaurants and customers, while also improving the quality and personalization of dining experiences and services.

This report summarizes Web3 fundraising in April 2025, with 94 deals totaling $2.37B. Fundraising activity cooled, capital shifted toward scalable, later-stage projects.

Shoal Research, an encryption research institution, analyzed the current related projects in the parallel field of blockchain, including the progress of Solana (SVM), parallel EVM (Sei, Monad) and MoveVM (Aptos, Sui, Movement), and analyzed the challenges faced in this field. and opportunities.

The article explores the application of parallel execution technology in the blockchain domain, particularly how it enhances transaction efficiency, reduces costs, and improves user experience. Solana, as a pioneer of parallel execution, demonstrates its advantages in processing speed and throughput. The article provides a detailed explanation of how blockchain transactions work, including the transaction lifecycle, the role of the mempool, and the operation of blockchains without a mempool. Parallel execution allows blockchains to process multiple non-conflicting transactions simultaneously, thereby increasing network throughput and scalability. The article also discusses different models of parallel execution, including deterministic and optimistic models, and analyzes the teams and projects driving parallel execution in the market, such as Solana, Parallel EVM, Sei Network, Monad, Move language, Aptos, Sui, and Movement Labs.

This article introduces the LayerZero project, an omnichain interoperability protocol focused on data messaging between chains. The product design concept of LayerZero is very innovative in the field of cross-chain bridges. The data transmission method based on oracles and repeaters makes the protocol more portable and has certain security performance. At present, the network adoption rate of the protocol is good, and the ecological aspect has also achieved a certain scale of development.