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This article discusses strategies for maintaining profits in the cryptocurrency market: first, develop and stick to a clear exit plan to protect profits; second, treat high-risk altcoins rationally and convert profits into stable assets such as Bitcoin; and finally, for the next Be prepared for a bear market, re-evaluate and adjust your investment portfolio, and take advantage of market downturns to make strategic purchases.

Shibarium is a new layer-2 solution designed to reduce the load of Shiba Inu transactions on its host chain, Ethereum. Click to find out more about Shiba Inu’s new project.

AI Arena is a PVP fighting game that incorporates artificial intelligence, allowing players to evolve game characters through AI learning. The game has two modes: Research Competition and Gaming Competition. In the Research Competition, researchers train AI models to battle, while in the Gaming Competition, players develop training strategies to enhance the performance of their NFT characters. AI Arena is not only a game but also an AI model training platform, aiming to allow more users to experience AI. The game's native token $N is used to incentivize players and researchers and as the foundation of the in-game economy. AI Arena is developed by ArenaX Labs, a company that has completed a seed round of funding and launched two AI platforms: ARC and SAI, aiming to change the gaming industry through AI. The token $N is planned for TGE in May, with an airdrop event.

Leveraging Bitcoin technology, Nostr Assets is a decentralized protocol that brings taproot assets and Satoshis to the Nostr ecosystem.

This overview delves into the concepts of inscriptions and ordinals. Before exploring these concepts, a stroll through the history of storing arbitrary data on Bitcoin is taken to understand why these ideas are not entirely new.

DeSci (Decentralized Science) aims to create a public infrastructure for scientific research by leveraging Web3 technologies.

This article reviews the popular Bitcoin ecosystem and compares the differences between inscriptions and runes.

There is heated debate about Layer3, with some highlighting the applications of on-chain arbitrage and Zero-Knowledge (ZK) technology, while others focus on the AVS staking and reward-punishment mechanisms of Eigenlayer. The significance of Layer3's expansion lies in its autonomous characteristics, which can achieve interoperability and a trusted environment between multiple chains through ZK technology and reward-punishment economic mechanisms. Therefore, Layer3 should be customized based on application scenario needs, rather than simply being stacked and extended.

Vitalik Buterin provides a detailed introduction to Binius, a highly efficient proof system based on binary fields. The article first reviews the concepts of finite fields and arithmetization, explaining how SNARK and STARK proof systems work by converting program statements into polynomial equations. Vitalik points out that although Plonky2 has proven that using smaller 64-bit and 31-bit fields can significantly improve the efficiency of proof generation, Binius further enhances efficiency by operating directly on zeros and ones, taking advantage of the features of binary fields. Binius uses multivariate polynomials to represent computational traces and employs a series of mathematical tricks, including the concept of hypercubes and Reed-Solomon encoding, to construct proofs. Vitalik believes that the direct computational ability of binary fields and operations on bits are key to Binius's efficiency.

This article discusses asset issuance protocols on the Bitcoin chain. These protocols are all metadata protocols, which define an asset by recording some information in a Bitcoin transaction.

This article introduces what Web3 is by comparing it with the traditional networks of Web2 and discussing the advantages of Web3.

The Bitcoin Stock-To-Flow model is a prediction model that studies the existing supply of bitcoin and the rate at which new units of bitcoin are produced.

The application scenarios of FHE are vast, extending beyond just Web3 and blockchain. It caters to any private data within the entire internet ecosystem. This article will introduce you to the main participants and application scenarios of the FHE track.

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.

There has for a long time been interest in the concept of multi-dimensional gas, and with EIP-4844 we actually have multi-dimensional gas working on Ethereum today. This post explores the benefits of this approach, and the prospects for increasing it further.