Blockchain
Blockchain is the underlying technology for almost all cryptocurrencies. It is a distributed ledger jointly maintained by decentralized nodes around the world. Blockchain is hailed as "the trust machine", enabling trustless peer-to-peer payments. Blockchain will become the infrastructure for the next generation of the Internet - Web 3.
X and Telegram are globally renowned social media platforms. They are two significant players in the super app race in the Web3 era. User experience reshaping, new standards of privacy and security, technological innovation, and ecosystem integration are the three critical elements determining the outcome of the race. X and Telegram possess different strengths, with X focusing on public topic discussions and information dissemination, while Telegram emphasizes privacy protection and security. This race will drive the evolution of the Web3 world, leading us into a more open, decentralized, secure, and user-friendly digital era.
This article elaborates on the history of information technology evolution, as well as the business models of data and the relationships between different roles in the Web3 era.
This article introduces the theory of "Fat App Chains" based on the concepts of "Fat Protocols" and "App Chain." It posits that application chains attempting to build their own ecosystems can become "Fat App Chains," which is a viable path to kickstart a growth flywheel.
As the blockchain industry rapidly develops, the gaming sector is exploring a new frontier - blockchain games. The emergence of these games not only changes the way traditional games operate but also introduces a profitable economic model to the gaming landscape. However, there are still many challenges and changes in the operation and management of the economic model. This article will provide a detailed introduction to the tokenomic model of blockchain games, including its basic elements, distribution system, supply and usage, inflation mechanism, and the most common dual-tokenomic models. It also aims to explore whether an ideal tokenomic model can exist.
This article provides a detailed introduction to concepts like zk, zkVM, zkEVM, etc., aiming to provide a deeper understanding of zk technology through straightforward analysis.
This article provides basic information and principles of zk-SNARKs and zk-STARKs, as well as a comparison of their respective advantages and disadvantages.
The article conducts a study on the data of South Korean centralized exchanges and explores the characteristics and trends of South Korean investors.
This article explores the development trends, applications, and prospects of cross-chain bridges.
This article explores the use of UTXO (Unspent Transaction Output) and the impact of signature size on transaction fees.
This article analyzes the value creation and capture mechanisms of community tokens and discusses how they capture and create value. It also defines the characteristics of a healthy tokenized community.
This article explores blockchain-agnostic protocols, introducing their main benefits and how they work.
This article summarizes some major unresolved issues in the cryptocurrency field, including superchains, LST, Solana, etc., and shares personal perspectives.
This article uses statistical data to analyze the relationship between Github activity and market performance during four crypto bull and bear cycles.
This article reviews the definition and significance of coprocessors, and how to use the Bonsai ZK coprocessor architecture to expand applications.
This article introduces a new concept called "Wedge," suggesting that successful projects often start from modest ideas, but the "adjacent possibilities" allow them to discover and assimilate new markets during their development.