Blockchain

This article starts from the business models of Web2 applications, combines UniswapX and AA accounts to examine the future development of “Intent-Centric”, and points out potential challenges.

This article analyzes the appeal of cryptocurrency as a new frontier for explorers and innovators, highlighting its infinite potential in establishing more advanced financial systems and internet platforms. Using the metaphor of colonizing Mars, it demonstrates the potential advantages and challenges of cryptocurrency in pioneering new areas of settlement, while also outlining the long-term developmental prospects of cryptographic technology.

This article introduces the technical principles and developmental history of MEV, and analyzes the pros and cons of MEV from ethical and interest perspectives.

This article conducts a detailed investigation into the development of Optimism's RetroPGF2 using comprehensive data, evaluating the impact of grants and the contributions of beneficiaries to public goods.

This article explores the various characteristics of block space, analyzes the participants in the block space market, and interprets the valuation of block space as well as its trading strategies.

This article reviews the history of on-chain generative media, illustrated through physical examples, and offers a layered analysis of the related technologies. It explores the application of AI in the field of generative creation, anticipating its potential to meet everyday needs in the future, while also discussing how blockchain and NFTs are pioneering this new realm.

This piece delves into historical attempts to make transactions closer to trustless, the limitations of these technologies, and some newer, more powerful ideas using ZK-SNARKs and other advanced technologies.

This article elucidates the fundamental principles of zero-knowledge proofs, their extensive applications, and the specific implementation of Zk-Proofs in a manner that is straightforward and easy to understand.

This article explores how fully on-chain games herald the birth of a new autonomous world. These games are not only a digital extension of the real world but also pioneers of the digital autonomous era. By reviewing the development and progress of blockchain games throughout history, the article reveals the unique solutions brought by Web3 games using innovative technologies. These solutions differ greatly from traditional game forms, providing players with a broader space for exploration and autonomy.

This article discusses the advantages of Solana compared to other blockchain networks as a future USDC payment method in terms of TPS, fee market stability, and availability.

This article provides an in-depth analysis of the industry stack, ranging from Anoma's core protocols to the application layer of Unibot, and presents a comprehensive ecosystem map. In addition to elucidating 'Intent-based' applications and frameworks, it also catalogs Ethereum-related projects. By synergistically integrating Anoma with TG Bot, we delve into the paradigm shifts in AI that are underpinned by the concept of 'Intent', as well as its evolutionary trajectory and trends.

This article analyzes the current technical flaws and deficiencies in privacy and convenience of the Lightning Network, exploring future solutions to these issues with the aim of lowering the entry barrier and promoting its widespread adoption. It not only dissects users' actual needs and the development potential of the Lightning Network in various application scenarios but also indicates possible directions for its future development.

This article delves into the application and impact of network effects in the Web3 gaming domain. It analyzes how gaming platforms utilize stage-specific token incentives to amplify network effects and emphasizes the indispensable role of community strength and appropriate incentives during the strategic shift from small to large-scale network effects.

This article explores the security challenges of bridging technology and cross-chain asset solutions. It examines the transition from multi-signature bridges to ZK bridges, highlighting ZK bridges' efficiency in reducing on-chain data. Additionally, the potential of consensus proofs for trust-minimized verification is explored, questioning if it signifies the future of bridging technology.

This article introduces in detail the development history of "bridge" technology, provides multiple examples and data support, discusses the operating mechanism, current status and existing safety issues of bridges, and provides a comprehensive overview of the basic situation and main features of bridge technology.