Blockchain

This article introduces the concept, products, current status of Vector Reserve’s Liquidity Position Derivative (LPD).

This article introduces the Ethereum staking platform Kiln from aspects such as its operation mode, technical features, and funding background.

In this article, the key role played by ZK technology is illustrated through four examples: DEX, Oracle, voting, and auctions.

This article outlines the principles, advantages, and potential risks of re-staking, while introducing 4 current re-staking protocols.

This article explains the need for a True Random Number Generator (TRNG) in Web3 and provides a brief overview of theoretical methods for breaking Pseudo-Random Number Generators (PRNG).

This article explains the changes that DePIN could bring to AI, with the potential for making AI training more efficient and achieving AI popularization.

This article explains what a “Sequencer” is and how it works in Layer2 blockchain

This article discusses the strengths, potential impact, and possible challenges of both Celestia and EigenLayer.

This article introduces Digital Material Theory (DMT) and its token NAT.

Web3 startups typically utilize cryptographic tokens to establish self-executing ecosystems. Token vesting refers to the gradual release of token supply over a specified period, where early investors and contributors may receive discounted or free tokens. Choosing the right vesting terms is crucial for early investors and contributors, considering factors such as fairness, sustainability, and stability.

This article introduces Mirror World's proposal for a World Store that serves all blockchain networks, providing a seamless experience for end-users who purchase or invest in dapps, ecosystems, and assets.

This article introduces what randomness is, understands its types, and explores the challenges it poses in the blockchain and Web3 ecosystem.

This article introduces 10 ways you can participate in web3.

This article provides a comprehensive introduction to the consensus mechanism.

This article argues, through exploring three questions, that trust minimization and horizontally scalable systems are the most promising ways to scale blockchain applications.