Topics of Crypto World

As the Federal Reserve increases the likelihood of rate cuts in September, market liquidity is set to improve significantly, leading to a continuous influx of capital into the Bitcoin market. This surge in funds is expected to drive Bitcoin prices higher and attract more investors.

Unlike temporary increases, the current increase in DEX usage we're witnessing shows a consistent trend. This steady upward trend in DEX usage compared to CEX can be interpreted as a result of DEXs continuously improving various issues in terms of usability and making significant progress.

The Arweave network uses a novel form of storage endowment in order to ensure permanence of the information that it stores. In this post we will detail and discuss how the storage endowment works, then study its properties and risk profile using Markov chain simulations of its execution.

Orderly Network is a Layer 2 decentralized trading protocol built on NEAR, designed to combine the liquidity and trading speed of centralized exchanges (CEXs) with the transparency and decentralization of decentralized exchanges (DEXs). It offers a wide range of asset pools and tight spreads through an on-chain liquidity aggregation mechanism and utilizes a unified order book system to support cross-chain trading, enhancing market depth and trading efficiency.

This article explores how Web3 projects drive growth through the dual engines of network effects and tokenomics, emphasizing the critical role of composability, immutability, and tokens in fostering user loyalty.

The core issue identified is the intangible nature of Cosmos, making it difficult to resonate with users. This lack of clarity has led to users asking for more from the ecosystem.

This article has deeply analyzed the intrinsic link between Solana Actions and Blinks technology and their potential applications across various scenarios, projecting how this technology can drive wider adoption of Solana and blockchain technology.

Since its launch, the AIpp Store has introduced over 140 AIpps and achieved a total transaction volume of over $1.3 million within just 30 days. The article details how the AIpp Store operates, providing a platform for AI creators to monetize their work. It highlights how early adoption allows users to experience the future of AI applications. Additionally, it explores how AIpp creators can leverage the MyShell platform to showcase their talents and earn revenue through AI applications. The article also delves into how MyShell supports the creator economy by offering tools and resources to help creators succeed.

This article introduces the stablecoin project Usual. Its core innovation lies in USD0++, a 4-year USD0 bond, which aims to ensure stable profits by reducing the liquidity of USD0. However, for retail investors with smaller funds, the long lock-in period of USD0++ and its low return rate make it a liquidity trap.

Usual is an innovative decentralized stablecoin project that uses U.S. Treasury bills as collateral and incorporates Ethereum smart contracts to provide transparency and security. It mints USD0 stablecoins through two methods: direct deposit of RWA (Real World Assets) or indirect deposit of USDC/USDT. Users can earn USUAL tokens or base interest yields by staking USD0. Usual has also launched a Pills activity where users can earn Pills by minting and holding USD0++ as well as providing liquidity, giving them an opportunity to receive USUAL airdrops. The project aims to combine the advantages of centralized stablecoins with the transparency of blockchain, offering users a safe and reliable stablecoin option.

Understanding the importance and risks of token approvals is crucial as it is a key mechanism for accessing and managing tokens in smart contracts and wallets. The article delves into the approval processes for ERC-20 and NFT tokens, including how they work in MetaMask and the potential for malicious exploitation. It emphasizes the necessity of approvals in DeFi interactions while warning about the dangers of unlimited approvals. Additionally, it provides best practices for protecting your assets, such as using hardware wallets like Ledger to enhance security.

This article provides an in-depth analysis of capital flow and investment opportunities within the Bitcoin ecosystem, with a particular focus on the FBTC project. FBTC is a new type of Full-Chain BTC Synthetic Asset that allows users to participate in various sources of yield through a 1:1 pegged BTC FBTC across different blockchains. The article explores FBTC's technical design, resource advantages, and market potential, and examines how it leverages multi-party custody and cross-chain bridging technologies to enhance the capital efficiency and liquidity of Bitcoin assets. It also compares FBTC with existing solutions like wBTC and looks at FBTC's development prospects and potential收益 opportunities in the cryptocurrency market.

With the mainstream market experiencing fluctuations, the Memecoin market remains hot, and the Pump.fun protocol has hit a record high in revenue. Sun.pump is revitalizing the Tron chain, while Moonshot and MakeNow.Meme are introducing new features on the BNB chain. This article comprehensively analyzes Memecoin platforms across different blockchains, highlighting their competitive advantages and market performance. It delves into Pump.fun's asset issuance innovations, MakeNow.Meme's market-making improvements, Moonshot's traffic leverage with DEX Screener, and Sun.pump's rapid rise. The article also touches on Memecoin platforms on Base, Aptos, Avalanche, and Fractal Bitcoin, and discusses current market challenges and future growth prospects.

This article provides a detailed comparison of two innovative projects, Monad and MegaETH, which are both working to expand the Ethereum ecosystem through unique technological approaches. It offers an in-depth look at Monad’s Layer 1 innovations and MegaETH’s Layer 2 solutions, exploring how these projects overcome performance limitations to enable high-efficiency transaction processing.

This article delves into the privacy protection issues in blockchain technology, emphasizing the importance of privacy as a fundamental human right for freedom and democracy. It provides a detailed introduction to Privacy-Enhancing Technologies (PETs), including zero-knowledge proofs, multi-party computation, fully homomorphic encryption, and trusted execution environments. The article analyzes these technologies in terms of their generality, composability, computational efficiency, network efficiency, degree of decentralization, and cost. It also discusses practical application cases for these technologies and explores how hybrid approaches can leverage the complementary strengths of different techniques.