ENS is a well-known domain name service on Ethereum. It announced the V2 version of ENS on its official website: promoting the original domain name service to L2. This article will analyze ENS V2 for everyone through a technical whitepaper.

Delve into Mind Network: When Fully Homomorphic Encryption Meets Restaking, Consensus Security for Crypto AI Projects Is Within Reach

This article delves into the definition of digital assets under the regulatory framework proposed in FIT21 and explores the distinction between commodities and securities within this context.

This article discusses the potential benefits of tokenization for assets, highlighting the potential of blockchains like Ethereum in creating a unified global platform. This can enhance efficiency and expand market access. It also explores how blockchain can improve traditional financial structures and notes that tokenization is not limited to the financial sector but is also applicable to other markets.

This article examines the connection between market volatility and news during a bull market. It highlights that while over-focusing on market news can be misleading, completely ignoring it might cause you to miss vital information.

BitSmiley is a trading and stablecoin protocol based on the Bitcoin Layer 2 network

a decentralized oracle network primarily based on the Pyth Network proprietary chain on the Solana blockchain

Wormhole, a universal messaging protocol that employs externally validated cross-chain bridge solutions to achieve AMB (Arbitrary Message Bridge)

Celestia, a modular data availability network

Crypto Pulse focuses on the latest developments in the cryptocurrency industry, delivering up-to-date market analysis and insights.

This article analyzes the impact of stablecoins on the U.S. Treasury market, pointing out that the popularity of stablecoins may unintentionally reinforce the dollar's status as a reserve currency and allow global consumers to hold dollars in a way that is difficult for governments to intervene.

Web3 phishing attacks are a common threat to cryptocurrency users. Their purpose is to steal their crypto assets by inducing users to authorize, sign, or misoperate. In this article, SharkTeam systematically analyzes seven common Web3 phishing techniques, including Permit off-chain signature phishing, Permit2 off-chain signature phishing, eth_sign on-chain blind signature phishing, personal_sign/signTypedData on-chain signature phishing, authorization phishing, and address pollution phishing. As well as phishing methods that use CREATE2 to bypass security detection. The article also introduces the black industry chain of Drainer as a Service (DaaS), and provides five security suggestions to help users identify phishing scams and protect the security of their encrypted assets.

As the adoption of Oasys continues to expand, OAS may become the payment method of choice for well-known Web2 gaming brands in Web3, bringing wider recognition and integration to the crypto economy.

The Taiko project is a Layer 2 solution leveraging zkEVM technology dedicated to extending the functionality of Ethereum through the decentralized Ethereum equivalent of zkRollup. It allows developers and users to seamlessly extend Ethereum without changing existing decentralized applications (dApps). Key features of Taiko include fully EVM-compatible zkEVM Type 1, open source code, complete decentralization, and transaction sequencing by Ethereum validators. The Taiko protocol ensures transaction correctness and network security through smart contracts and decentralized verification. Additionally, Taiko includes innovations based on Contestable Rollups (BCR) and Booster-Based Rollups (BBR), as well as TKO tokens for validator rewards, transaction fees, and network governance.

Re-staking is emerging as a technology gaining attention inside and outside the industry, allowing ETH already staked on the Ethereum mainnet to be reused to support the security of other projects. This method enables users to earn returns from their original staking while also increasing potential rewards by supporting more projects. EigenLayer's staking mechanism is significantly different from the Ethereum mainnet's PoS staking. This article analyzes the EigenLayer staking mechanism, the possible rewards, and the potential risks.