This article introduces the new possibilities that web3 brings to the development of social networks, such as decentralized social protocols and cryptocurrency incentive measures. Protocols like Farcaster and Lens offer innovative experiences, solve the cold start problem of social networks, and attract a user base proficient in cryptocurrencies.

​​Arweave, a blockchain storage protocol, launches its public testnet Arweave AO, catering to social media and AI design layers. The founder stated that Arweave AO is confident to compete with Ethereum. What exactly is Arweave AO?

This article primarily introduces rebase tokens, their mechanisms, and associated risks.

With the emergence of new platforms such as Ajna and Morpho Blue, DeFi lending begins to rebound, emphasizing modularity and security. As the cryptocurrency market revives, new token distribution mechanisms and on-chain asset types will drive the development of DeFi.

This article mainly explores the understanding of Bitcoin L2, the mechanism of RGB++, the assets of RGB++, and the development ideas of the CKB ecosystem.

This article will explore the background and foundational knowledge of restaking. We will delve into the core concepts of restaking, elucidating its significance and mechanisms. Additionally, we will analyze the concept of data availability and examine its role in blockchain technology. Throughout the article, we will provide the first example to illustrate the practical application of restaking and reveal its potential impact on the future of decentralized finance. Furthermore, we will predict and analyze the challenges that may arise as restaking continues to evolve, paving the way for further research into this emerging aspect of the cryptocurrency field.

Liquid restaking protocols (LRTs) are evolving within the Ethereum ecosystem, democratizing the staking space and challenging established liquid staking giants. These protocols simplify the process of operating a validator, manage risk, and can offer higher ETH yields. Several LRTs are already live on the mainnet, including ether.fi, Renzo Protocol, and Keplr DAO. The LRT market is expected to grow exponentially with the realization of Actively Validated Services (AVSes). Despite potential concerns about cascade liquidation events or overloading the Ethereum consensus, the EigenLayer team is expected to launch on Mainnet in Q2, with some AVSes debuting within the quarter.

MVC, a BTC sidechain based on the UTXO model + PoW consensus, offers low fees, high performance, and security features. It has a rich ecosystem implementation aimed at enabling innovative, large-scale applications within the Bitcoin ecosystem.

NEAR is a blockchain technology company with a team possessing rich technical and financial backgrounds, recently securing a $350 million financing. Collaborating with multiple partners, NEAR aims to launch new technologies and products to enhance its performance and competitiveness. Its main technical feature is sharding technology, with the recent introduction of Nightshade paving the way for infinite scalability. NEAR also plans to introduce ZK technology for state compression in the future. As a Layer1 public chain project, NEAR's most important advantage is its founder-led development of sharding technology, achieving an average TPS of around 300. With the advancement of sharding technology and the ultimate vision of chain abstraction, NEAR has broader prospects and growth potential.

: Reading cryptocurrency charts is one of the essential skill a trader ought to possess in order to maximize value in the market. This article explores practical methods of reading cryptocurrency charts.

Ordinal theory is a new method of inscribing data onto the Bitcoin blockchain, endowing the smallest unit of Bitcoin, the satoshi (sat), with numismatic value, and allowing for the tracking, trading, and transferring of individual sats. It uses different representation methods to enumerate satoshis and describes their rarity based on their position in the blockchain. Inscriptions are a way of recording arbitrary data within a Bitcoin transaction, embedding data onto the Bitcoin blockchain through a two-step transaction process. It has the potential to impact the Bitcoin and cryptocurrency industry in the medium to long term but has also sparked divisions within the community. Inscriptions are also influencing the NFT space, as seen with protocols like Nervos' Omiga and Spore.

This article provides an in-depth analysis and observation of the current dynamics in the cryptocurrency market, and presents future prospects for major blockchain projects such as Ethereum, Bitcoin, and Solana.

The narrative of modular blockchains is on the rise, but from the perspective of value accrual, settlement layer projects will hold higher value.

This article provides a detailed explanation of the blockchain trust experience.

This article introduces the new possibilities that web3 brings to the development of social networks, such as decentralized social protocols and cryptocurrency incentive measures. Protocols like Farcaster and Lens offer innovative experiences, solve the cold start problem of social networks, and attract a user group proficient in cryptocurrencies.