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Exploring Fully Homomorphic Encryption-based Machine Learning (FHEML), a revolutionary technology that enables computations on encrypted data, ensuring data privacy and security. Learn about the primary use cases of FHEML, including outsourced computation, encrypted inference and encrypted training insights, as well as the top frameworks and libraries supporting FHEML development.

CC0 refers to the copyright owner who releases the copyright, allowing others to copy, modify, and distribute the work without permission. Nouns, CrypToadz, mfers, and goblintown.wtf are NFT projects of this kind.

This article explores the current functionalities of Solvers, potential evolution over time, related risks, and potential mitigation strategies. It envisions the crucial role Solvers will play in a future centered around intentionality.

Discover the essence of Solidity, Ethereum's smart contract language, and its impact on blockchain innovation.

This article discusses the concept of finality in blockchain, analyzing how different blockchain systems achieve finality, along with the underlying principles and challenges involved.

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.

This article provides an in-depth analysis and comparison of the different approaches and unique architectural aspects of the EigenLayer and Babylon projects in improving blockchain network security and providing additional rewards for users.

Mint Cash proposes a decentralized payment and savings system backed by Bitcoin, by redesigning the infamous Terra Protocol with novel monetary stability models based on trusted economic systems.

This article provides a detailed overview of merge mining, covering its history, technologies, and applications. It illustrates how merge mining can be leveraged to enhance blockchain security, aiming to offer readers a deep understanding of its critical role in the blockchain ecosystem. It stands as a comprehensive guide for individuals keen on utilizing merge mining for blockchain security.

This paper describes the importance of social consensus for chain decentralization.

Starknet supports native-level AA account abstraction, allowing highly customizable transaction processing solutions, and implements multiple countermeasures to ensure security. These features create necessary conditions for Starknet to support functions like storage layering and garbage contract detection, despite some functionalities not yet implemented, providing an important foundation for the AA ecosystem.

This article analyzes the convergence phenomenon in the architectural design of high-performance blockchains, discussing the advantages and disadvantages of different design solutions and their implications for future blockchain architecture. Whether based on Ethereum rollups or independent chains, all are evolving towards similar high performance and decentralization.