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This article explains various methods of key management, ranging from simple to advanced (including multisignature), and provides a table for comparison.

Explore Walrus, Sui blockchain's innovative decentralized storage solution. Developed by Mysten Labs, Walrus is designed for efficient storage of large and multimedia files, combining the advantages of full replication systems and RS (Reed-Solomon) encoding. Utilizing the new programming language Move and erasure coding technology, it ensures high availability and reliability. Walrus supports flexible data access, is compatible with multiple blockchain platforms, and provides a cost-efficient storage solution. Learn how Walrus is changing blockchain data storage and opening new possibilities for decentralized applications.

Discover Mysten Labs' decentralized storage network, Walrus, and how it innovates through the RedStuff coding algorithm. This article dives into the synergy between Walrus and Sui, compares competitors, addresses storage challenges, and highlights the core technological innovations.

This article explores the principles and optimization strategies of BitVM for enhancing the scalability and richness of the Bitcoin ecosystem.

In the decentralized world, privacy technology is becoming essential. Zama is at the forefront with its advanced Fully Homomorphic Encryption (FHE) technology, which redefines data privacy protection. Using its "TFHE-rs" FHE library, Zama enables encrypted data processing without decryption, ensuring privacy and security. Additionally, Zama’s fhEVM applies this technology to smart contracts, enabling private smart contracts that keep data confidential even as it circulates on the blockchain. Supported by the Concrete library, which simulates and optimizes FHE operations, Zama offers a complete privacy computing solution, advancing blockchain privacy technology.

The article offers insights into multisig security and presents it in a balanced, informative way. You will gain a good understanding of both DIY and collaborative custody options, their pros and cons, and how to choose the right one for their needs.

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.

This article dives into a complex topic in a concise and informative way, focusing on the practical benefits and applications.