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Crust Network is a decentralized storage solution that uses two methods, MPoW and GPoS, to keep your data safe. The network employs sWorker nodes to check storage tasks and offers an IPFS W3Auth gateway and a Decentralized Storage Market (DSM). Important participants include validators, candidates, guarantors, and users, with the CRU token used for transactions and governance. Crust's storage is cheaper than Google Cloud and offers better data privacy, making it ideal for DApps, website hosting, and NFT storage.

This article introduces the construction of Ethena, its pegging mechanism to the US dollar, and associated risks. An evaluation model for Ethena's valuation is also provided. Tether carries risks that could potentially disrupt global bond markets. Ethena allows users to mint the stablecoin USDe by depositing assets, offering high yield through collateralization. Ethena has the potential to become a kingdom in the crypto space with a valuation reaching into the hundreds of billions of dollars.

On July 12, 2023, following its financing announcement, EthenaLabs reignited the enthusiasm for DeFi by creating a digital currency pegged to the dollar using LST (stETH). This article will analyze its fundamentals and revenue sources.

The new stablecoin project USDe has quickly emerged in the stablecoin market, increasing its total supply from zero to over $2.3 billion in just two months. Its high yield features have garnered significant attention.

Learn how to achieve over 45% annualized returns with USDe. Explore various earning strategies for USDe, including staking, liquidity mining, Pendle, and Gate.io's high-yield products. Maximize your earnings by utilizing Gate.io's unique USDe financial products and low-cost trading options.

USDe is an emerging synthetic dollar stablecoin developed by Ethena Labs, designed to offer a decentralized, scalable, and censorship-resistant stablecoin solution. This article will provide a detailed explanation of USDe's mechanism, sources of income, and how it maintains stability through a delta hedging strategy and a mint-redeem mechanism. It will also explore the various earning models of USDe, including USDe mining and flexible savings, as well as its potential for providing passive income.

"Starting to care about politics through a meme," this is a reflection of the past decade of American politics becoming entertainment in the realm of imagery.

Addressing the issues that decentralized stablecoins commonly encounter, such as capital inefficiency and collateral liquidation, this article introduces the Delta Neutral strategy as a potential remedy. Through real-world examples, it sheds light on decentralized stablecoin projects in DeFi that use derivatives for hedging, encompassing problem descriptions, project analysis, applications, and challenges.

This article provides an in-depth analysis of Delphi’s investment logic in Ethena, revealing Ethena’s innovations in the stablecoin field and the potential risks it faces. The article explores Ethena’s design philosophy in detail, including how it generates revenue by combining ETH staking and perpetual contract funding rates, as well as its trade-offs in stability, scalability, and decentralization. In addition, the article also discusses Ethena's profit model and prospects for the future stablecoin market, providing readers with a comprehensive understanding of this emerging stablecoin project.

Ethena is a project that aims to create use cases for money in cryptocurrencies, arguing that the holy grail of cryptocurrencies is achieving currency status. Ethena’s vision is to integrate the DeFi, CeFi and TradFi fields and become the main form of currency in cryptocurrency through its stablecoin USDe. USDe serves as the link between these areas and has already shown its use in DeFi as money market collateral, margin collateral in perpetual DEXs, back-end infrastructure for stablecoin issuers, the underlying asset for interest rate swaps, and in AMM DEXs. currency potential. Ethena’s ultimate goal is to become the dominant player in currency, network, and transactions and build a business or protocol worth $100 billion.

Delve into the background of the OORT track, project operation logic, and more, to glimpse the project's prospects and the opportunities and challenges for the AI+DePIN track in 2024.

ETH Layer2 uses Rollups to package hundreds of transactions into one submission to the Ethereum mainnet, thereby the transaction fees will be divided to all Rollup users, reducing fees per user. Transaction data in the Rollups is submitted to Layer1, but executions are carried out independently by the Rollups. By submitting transaction data to Layer1, Rollups can inherit the security of Ethereum because once the data is uploaded to Layer1, rolling back Rollups transactions requires the data to be rolled back on Layer1.

This article discusses BTC Layer2 expansion solutions, including Lightning Network, side chain, Rollup and other technologies, which achieve fast and low-cost transactions through different mechanisms, while also ensuring the decentralization and security of the BTC network. The Lightning Network improves transaction speed and privacy with its payment channels and off-chain transactions, while sidechains like CKB and Stacks provide independent and innovative functionality through two-way pegs. Rollup technology improves throughput by processing large volumes of transactions off-chain, despite facing challenges in settlement time and computing resources.

This article explores BTC Layer2 scaling solutions, including the Lightning Network, Sidechains, and Rollup technologies, which facilitate fast, low-cost transactions while maintaining the decentralization and security of the BTC network. The Lightning Network enhances transaction speed and privacy through payment channels and off-chain transactions, while Sidechains like CKB and Stacks offer independent and innovative features through two-way pegging. Rollup technology increases throughput by processing large volumes of transactions off-chain, despite challenges in settlement time and computational resources.