Ethereum

This document classifies attack methods against PoS Ethereum, focusing on the risks of a 51% attack, where an attacker controls over 51% of the staking ratio. It proposes two defenses: Close Vote Detection, which detects potential attacks, and Emergent Dynamic Finalization, which delays finalization during heightened risk.

Infinitar is a multiplayer online battle arena (MOBA) game built using Web3 and blockchain technologies. It aims to serve as a gateway to metaverse realities

Gear.exe is a decentralized computing network that claims to boost Ethereum's computational performance by over 1000 times, addressing the longstanding scalability issues of Ethereum. This article will explain the challenges Ethereum faces and provide a detailed introduction to Gear.exe’s technical principles, team background, and funding situation, illustrating how Gear.exe is shaping the supercomputing future of Web3.

Click to learn about ERC-7660’s unique approach to solving efficiency and security issues in token management.

Gala Music is a music platform built on Gala Chain and Ethereum. It is a key component of the Gala ecosystem, alongside Gala Games and Gala Movies, forming the foundation of the ecosystem. Artists can release their songs on the Gala Music platform to earn revenue. Each song can be minted into 100 NFTs, referred to as tracks. These tracks can be paired with nodes, with each node capable of hosting up to 10 tracks. The more the song is played, the greater the rewards for both the node operators and the track holders.

Discover how Rise Chain, the first Giga-Gas and low latency Layer 2 blockchain, achieves Web2-like speed with advanced technologies like Parallel EVM and Continuous Execution.

ERC-7802 is a cross-chain standard that extends new features to existing ERC-20 tokens, enabling standardized cross-chain functionality through the ERC-7802 interface.

In this article, we will go through the three key types of nodes that will shape the future of the Ethereum network: stateless nodes, stateful nodes, and full/archive nodes. We will examine how stateless nodes can enable trustless verification of new blocks using zero-knowledge proofs, how stateful nodes can provide quick and trustless access to the current state of Ethereum, and how full/archive nodes can store the entire chain history back to genesis.

This article explores the limitations of DeFi and the emerging concept of AgentFi, which leverages the AO (Actor Oriented) overcomputing platform. Through decentralized computation and self-hosted agent processes, AgentFi enables users to customize their financial behaviors, offering near-infinite scalability and overcoming the performance constraints of traditional blockchains.

The crypto world is constantly evolving, with new tools and platforms emerging regularly. Discover the top cryptocurrency tools to enhance your trading experience. From portfolio management and market analysis to real-time tracking and meme coin platforms, learn how these tools can help you make informed decisions, optimize strategies, and stay ahead in the dynamic crypto market.

BIO aims to assist scientists, patients, and biotech founders in building on-chain scientific communities, offering support in areas such as tokenomics design, community development, funding, and liquidity. Upcoming projects on BIO Launchpad include Curetopia, Long COVID Labs, and Quantum Biology DAO.

Fraud proof is a blockchain-proof system that helps check the validity and accuracy of rollup transactions on Layer-1 blockchain networks like the Ethereum blockchain.

Delve into the Ethereum Foundation's proposed Beam Chain initiative, aimed at addressing MEV issues, enhancing scalability and security, and leveraging ZK technology to boost performance by redesigning the consensus layer. The article explores the technical highlights of Beam Chain, such as Snarkification powered by ZKVM and hash-based aggregated signatures, while also examining the community's differing opinions and concerns regarding the proposal.

Find out how The Mina Protocol carries out transactions and proofs while keeping the size of their platform at 22 KB.

Sharding is the core solution to the blockchain scalability problem. It divides the blockchain network into multiple independent shards to enable parallel processing. This article introduces sharding technology's origins, types, and implementation strategies. It provides an in-depth analysis of different forms such as network sharding, transaction sharding, and state sharding, exploring their advantages and challenges. Using examples such as Ethereum 2.0's Danksharding, it discusses how sharding technology enhances blockchain performance and interoperability, offering new ideas for the sustainable development of the blockchain ecosystem.