Search result of ZKWASM

This article explains the advantages of zkWasm compared to zkEVM in terms of performance, interoperability, security, flexibility, etc., and discusses its suitable use areas.

ZKWASM is a zero-knowledge WebAssembly virtual machine developed by Delphinus Lab that supports verifiable off-chain computation. This article explores its underlying technology and real-world applications.

As the latest exploration of the Trump team in the cryptocurrency space, WLF aims to leverage blockchain technology to provide users with decentralized lending services. At the core of the project is the governance token WLFI, which operates on the Ethereum blockchain and is managed and operated in a decentralized manner.

This article provides an in-depth analysis of two potential vulnerabilities in Zero-Knowledge Proof (ZKP) systems: the "Load8 Data Injection Attack" and the "Forgery Return Attack." The article details the technical specifics of these vulnerabilities, how they can be exploited, and the methods for fixing them. Additionally, it discusses the lessons learned from discovering these vulnerabilities during the auditing and formal verification processes of ZK systems and suggests best practices for ensuring the security of ZK systems.

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.

This article examines some of the relationships and use cases between Wasm and blockchain: smart contracts, cross-chain interactions, off-chain computation, and data privacy.

This article provides an overview and interpretation of the concept, technical implementation and application of the ZK coprocessor.

NEAR's approach to chain abstraction aims to simplify user interactions across different blockchains by creating a unified, seamless interface, thus abstracting away the underlying complexities. This article explores these challenges and highlights NEAR's solutions and core mechanisms. The introduction of chain abstraction represents a crucial step towards simplifying this environment, enhancing user experience by streamlining interactions across different blockchains.

s one of the most active Crypto VCs, HashKey Capital regularly analyzes and organizes the Web3 sectors, providing a comprehensive analysis of different investment tracks for 2024.

NEAR introduces the vision of chain abstraction, allowing users to complete all transactions in one interface without worrying about wallets, network switching, and transaction fees. NEAR has realized this vision, becoming the network with the most users in Web3. Through chain abstraction, users can transact with a single account across all chains. The NEAR ecosystem welcomes builders from all aspects of Web3 to collaborate with us in creating more chain abstraction solutions. Let's drive chain abstraction forward as a movement, improving usability and discoverability as the top priority for all Web3 builders.

NEAR puts forward the vision of chain abstraction and is committed to enabling users to conveniently complete all transactions in a unified interface without worrying about wallets, network switching and complex transaction fees, and has become the network with the most users in Web3. Through Chain Abstraction, users can transact on all chains using a single account. The NEAR ecosystem welcomes builders from different fields of Web3 to work together to explore and create more chain abstraction solutions.

The article explains the concepts of zkCorprocessor and zkOracle, highlighting the differences between the two and elaborating on the scenarios in which each type of zk is suitable for different use cases.

Modular money is a popular trend that can help solve blockchain scalability issues. It utilizes different technologies to achieve data availability, consensus, and settlement, enhancing the efficiency and scalability of cryptocurrencies. Some platforms offer shared security layers and rollup services, allowing users to stake Bitcoin permissionlessly and earn rewards. There are also many other well-known protocols building their own modular stacks, such as Ethereum, Arbitrum, Optimism, and more. These platforms continue to evolve, offering users more options.

It’s more than just a buzzword however as modular infrastructure components can help solve the scaling bottleneck for blockchains by offloading certain components to specialized infrastructure.

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