"WAL"

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$WAL (Walrus) a groundbreaking decentralized data storage network built on the Sui Network.

Walrus (WAL) is a groundbreaking decentralized storage platform built specifically for managing large binary data files, known as "blobs," within the Sui blockchain ecosystem.This article explores what Walrus (WAL) is, its unique features, the experienced founding team behind it, and how it differentiates itself from other decentralized storage solutions.

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 report summarizes the Web3 industry funding in March 2025. A total of 137 financing rounds were completed, amounting to $5.07 billion. Although this represents an increase from February, it was primarily driven by large strategic investments and mergers and acquisitions. The CeFi sector led with $4 billion in funding, followed by blockchain services and DeFi with $3.42 billion and $930 million, respectively. The majority of the funding was in small to mid-sized rounds, with early-stage projects receiving strong capital interest. Key financing projects such as Abound, Walrus, and Mesh highlighted the innovative vitality and growth potential of the Web3 field.

At its core, the concept of parallel EVM revolves around optimizing the execution process of transaction states, with the ambitious goal of achieving a staggering 10,000 transactions per second (TPS). The underlying technology behind this impressive feat lies in the realm of specialized databases, developer friendliness, delayed consensus execution, and superscalar pipeline techniques, all working in harmony to enable parallel processing of large-scale transactions. This approach shares fundamental similarities with Artela's concept of elastic computing and asynchronous I/O operations.