Search result of FRONT

This article argues why Web3 front-end is poised to become one of the most valuable businesses. The points include: 1. MEV flow in transaction order stream towards the front end; 2. Exclusive user experience of Web3 front-end; 3. Convenience and security are highly valued by Web3 users.

This article provides an in-depth analysis of Angle Protocol's oracle design and its defense mechanisms against front-running transactions. By combining Chainlink and Uniswap V3 TWAP, Angle offers an innovative solution aimed at protecting the protocol from front-running attacks while ensuring users receive fair transaction prices.

PSK (319660) is the KOSDAQ-listed stock code for PSK Inc., a South Korean manufacturer specializing in semiconductor front-end process equipment and 3D packaging equipment. Spun off from PSK Holdings and listed independently in April 2019, the company is headquartered in Hwaseong, Gyeonggi Province. Its operations span core wafer fabrication processes including Dry Strip and Dry Cleaning, along with the SEMIgear advanced packaging product line.

PSK Inc. (319660) spun off from PSK Holdings in 2019 and went public independently on KOSDAQ. The company specializes in front-end semiconductor equipment, including Dry Strip and Dry Cleaning tools, alongside SEMIgear 3D packaging solutions; on Gate Stocks, the Korea Stock Zones allow users to perform Traders on KRX-listed stocks with settlement in USDT. The ticker 319660 is identical to that on the domestic KOSDAQ market. Regular trading runs from 09:00 to 15:20 KST, with prices shown in KRW and Traders settled in USDT.

Frontier is a versatile non-custodial DeFi wallet for securely managing a wide range of cryptocurrency assets including non-fungible tokens, across more than thirty-five blockchains.

This article introduces the privacy challenges caused by transparency in DeFi, and explains how to use zk zero-knowledge proof technology to solve problems such as front-running transactions, liquidity manipulation, and credit lending.

The EthStorage team proposed the web3:// access protocol and the EthStorage second-layer storage protocol, aiming to help decentralized applications (DAPP) achieve true trustlessness. Most of the current DAPP front-ends and databases are not deployed on Ethereum and cannot fully inherit the security of Ethereum. The web3:// protocol allows front-end code to be deployed and accessed through smart contracts, while the EthStorage protocol reduces on-chain data storage costs through PoRA and zero-knowledge proofs. These two technologies enable DAPP to get closer to Ethereum’s decentralized vision and achieve permanent operation and censorship resistance.

The privacy protocol Umbra temporarily closed its front-end website after hackers exploited its funds, prompting renewed debate within the marketplace about the extent of controllability in decentralized systems.

This article provides a step-by-step guide on how to deploy .ton domain names on the TON blockchain, covering the entire process of purchasing, front-end preparation, binding pages, and access resolution.

MEV, or Maximal Extractable Value, refers to the additional value that can be extracted during the transaction ordering process on a blockchain. Common forms include front-running, sandwich attacks, and back-running. These behaviors may worsen users’ actual execution prices and increase trading costs.

Internet Computer (ICP) has become a major breakthrough in on-chain computing and decentralized applications with its unique architecture and vision, dedicated to creating a truly decentralized network, not just a chain that runs smart contracts, but a full-chain solution that can directly carry the front-end, storage, and complete application logic.

Web3 is the future. For Web2 developers exploring this field, whether in client-side, front-end, or back-end development, they can leverage their existing technological advantages. This exploration not only expands their professional horizons but also enhances the creativity in their work.

SHDW, a new application in the Solana ecosystem, has come under scrutiny after users reported being unable to withdraw their funds. Despite promoting privacy trading and anti-front-running capabilities, the platform presents operational risks. This article outlines the sequence of events and highlights potential concerns, advising users to proceed with caution.

The key distinction between PSK and most of its Korean semiconductor equipment peers stems from process node scope and product boundaries: PSK specializes in front-end dry strip, dry cleaning, and bevel etch—specific photoresist removal and cleaning segments—while extending into 3D packaging through SEMIgear. In contrast, other domestic Korean equipment makers also encompass plasma etching, deposition, back-end heat treatment, probe testing, and packaging assembly, resulting in distinct competitive landscapes for each company based on their position in the fabrication process.

This article explores the mechanisms and impact of Maximal Extractable Value (MEV) in blockchain networks in detail. MEV refers to the practice of block producers manipulating transaction orders to extract additional profits, involving key participants such as miners, validators, and searchers. The article examines the transaction ordering mechanisms of different blockchains, including Ethereum, Bitcoin, and Solana, and introduces common MEV types like front-running and sandwich attacks. It also discusses MEV's effects on the DeFi ecosystem. Finally, the article proposes various solutions spanning the consensus to application layers to mitigate the negative impact of MEV on blockchain networks.