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As a high-performance public blockchain, Solana is known for its high throughput and low latency. However, while these features mitigate some MEV (Maximum Extractable Value) issues, they also bring new challenges. This article delves into the distinctive manifestation of MEV issues on the Solana blockchain, synthesizing existing research and practices to analyze potential solutions. It aims to offer insights for building a fairer, more efficient Solana ecosystem.

This article offers a guide to the foundational infrastructure of full-chain gaming, analyzing the challenges on-chain games face at Layer 1, elucidating how Rollups optimize gaming experience, and provides various projects as practical application references.

Discover how Web3 meets gaming with WAGMI Games.

This article analyzes DePIN in Solana from the underlying technology.

Today, the shared security mechanism has evolved through staking, leveraging the value of cryptocurrencies like Bitcoin and Ethereum to provide security for multiple blockchain protocols. YBB Capital delves into the latest developments in the Bitcoin staking protocol Babylon and the Ethereum restaking protocol EigenLayer in this field, offering a detailed analysis of Babylon's three-layer architecture and its potential.

There are two practical challenges when constructing a proof system based on binary fields: First, the field size used for trace representation in STARKs should be larger than the degree of the polynomial. Second, the field size used for the Merkle tree commitment in STARKs must be greater than the size after Reed-Solomon encoding extension. Binius is an innovative solution to address these two problems by representing the same data in two different ways.

This article provides an in-depth analysis of the rapid development of AI technology and its potential impact on society. It forecasts the accelerated growth of AI capabilities, funding, and societal influence, and explores the concept of a multi-model world. Additionally, it delves into how cryptographic technology supports the decentralized development of AI, and how this integration brings practical benefits to both developers and users.

This research report provides a detailed analysis of Solana's growth journey, from being hailed as an "Ethereum killer" to recovering from crisis challenges. It explores its technological foundations, current performance in L0/L1 competition, and ecosystem layout in tracks such as DeFi, NFT, and blockchain gaming. The report also focuses on Solana's advantages, opportunities, and potential risks, offering investment references for future investors across different tracks.

Explore the latest developments in the DeAI sector and understand how AI and blockchain are merging to revolutionize traditional software development methods and create new economic incentive mechanisms. This article examines the monopolistic position of tech giants in the AI market, the rise of open-source models, and how decentralized training protocols foster innovation. It also discusses how blockchain technology can address large-scale coordination challenges and offer opportunities for non-technical individuals to participate in the emerging network economy.

This article introduces GameFi L3E7 and its unique shared gaming revenue model, explaining the multiple values behind gaming NFTs.

This article reviews the history of on-chain generative media, illustrated through physical examples, and offers a layered analysis of the related technologies. It explores the application of AI in the field of generative creation, anticipating its potential to meet everyday needs in the future, while also discussing how blockchain and NFTs are pioneering this new realm.

This article is a comprehensive analysis of the Solana ecosystem, covering various aspects including the narrative of the Solana ecosystem, its development history, key technologies, and projects within the ecosystem. This article will provide readers with a comprehensive understanding of Solana.

As a blockchain project, Solana aims to optimize network scalability and increase speed, and adopts a unique proof of history algorithm to significantly improve the efficiency of on-chain transactions and sequencing.

Vitalik Buterin provides a detailed introduction to Binius, a highly efficient proof system based on binary fields. The article first reviews the concepts of finite fields and arithmetization, explaining how SNARK and STARK proof systems work by converting program statements into polynomial equations. Vitalik points out that although Plonky2 has proven that using smaller 64-bit and 31-bit fields can significantly improve the efficiency of proof generation, Binius further enhances efficiency by operating directly on zeros and ones, taking advantage of the features of binary fields. Binius uses multivariate polynomials to represent computational traces and employs a series of mathematical tricks, including the concept of hypercubes and Reed-Solomon encoding, to construct proofs. Vitalik believes that the direct computational ability of binary fields and operations on bits are key to Binius's efficiency.

ShdwDrive platform is a high-performance cloud storage platform developed by GenesysGo, fully supported by a decentralized network of operators, employing the Proof of History (PoH) consensus mechanism to ensure block order through a time series.