Against the backdrop of the rapid development of the digital era, blockchain technology, as a key force driving decentralization and user autonomy and control, is gradually becoming the cornerstone of the next-generation Internet (Web3). Today, we welcome an important milestone - MEMO and HashKey Chain announce an in-depth cooperation, aiming

MEMO Data Ecosystem Go Live - Operational Guidelines MEMO officially went live with the data ecosystem on January 1, and this launch means that MEMO has officially opened the data ecosystem co-construction program. The first batch of co-construction projects includes more than 20 projects such as Metis, Arkreen, .bit, Infinitar,

1. What is MEMO Data Ecosystem? Data Ecosystem is an incentive platform launched by MEMO for AI data, users will be able to obtain points by completing activities and various tasks within the platform, in addition, MEMO has united a number of partners to carry out joint activities, and a

MEMO has recently officially launched its data ecosystem, and also brought new ways of participation and point incentives for community users. The full launch of the MEMO data ecosystem means that all community users can now earn points by participating in various activities and tasks in the system. In addition,

In the wave of blockchain technology, the monetization of data and the intelligence of AI are becoming new engines driving social progress. MEMO, as an innovative decentralized storage platform, not only guarantees users’ data autonomy but also provides a strong data support and computing foundation for the development of AI.

Blockchain technology has gradually become more sophisticated. This emerging trend enables us to construe the way we land our conception of the metaverse in reality. Increasingly, with more and more industrial players starting to care and join in, we are witnessing a huge space for our imagination to roam in

Filecoin and Memo are both decentralized storage systems. They share many similiarities. For example, both systems are fundamentally built on blockchain-based storage sharing economy. They do not require any centralized servers, but links to user nodes to provide storage space. Both systems build a series of encryption technologies, storage algorithm

While the explosive growth of data around the world and blowout demand of storage are combined with the chip shortage, there are still huge amount of edge space on laptops, mobile phones, hard disks, etc. Under the backdrop of carbon neutral strategy, how to effectively match the storage demands with

Conventional decentralized storage systems have high failure rate. In order to tolerate the frequent failures, current systems are using all kinds of redundant techniques with different recovery mechanisms. Such as multi-copy technique or erasure coding. Data recovery mechanism Multi-copy technology: Data is stored in fixed length of data chunks with

In a blockchain-based decentralized cloud storage system, there is often a many-to-many relationship between storage users and storage service providers. At the same time, as the system is deployed in a point-to-point and low-trust environment where there is no centralized management, it is essential to address the crucial issues of

he quality of fault-tolerant mechanism is a significant indicator of the performance of a computer system. In the field of data storage, fault-tolerant mechanism refers to a technology by which the system can automatically restore the damaged or lost data to the state prior to the accident in the event

In the rapidly evolving digital era, the safeguarding and efficient management of data has become paramount. Traditional data storage systems, while foundational to the digital infrastructure of the 21st century, often grapple with issues of centralization, vulnerability to attacks, and concerns over privacy and data integrity. Enter the revolutionary concept

Money has been a part of human history for at least 3,000 years, in some different forms. Historians largely agree that bartering was undoubtedly used before that period. For example, a farmer might barter a bushel of wheat for a pair of shoes from a shoemaker. These plans, however,

在信息技术领域，数据安全一直是一个严重的问题。在传统方法中，它在云计算环境中变得更加危险，因为数据存储在多个位置，甚至在全球范围内。用户对云技术最大的关注点是数据安全和隐私保护。尽管学术界和工业界已经研究了许多关于云计算主题的技术，但数据安全和隐私保护对于云计算技术在政府、行业和企业的未来发展变得越来越重要。此外，当数据移动到云端时，用户会失去对云端的控制，云数据可能不安全，并且容易受到大量攻击。云存储安全具有广泛的影响力，公众对用户隐私的关注正在扩大。 然而，目前的云存储系统存在一些弊端，例如集中式数据存储会危及服务器安全，并且需要受信任的第三方，这使得用户隐私保护成为一场噩梦。在当今分散的云计算中，许多数据中心的数据不是分布式的。因此，数据安全性、完整性和可用性都会受到损害。近年来，世界各地的知名媒体一直在报道围绕云存储的安全风险，例如消费者的文件在iCloud上被泄露。例如，2009 年，在线书签服务发生重大数据故障，导致客户书签完全丢失。此外，在 2008 年，一家名为“The Linkup”的云公司拥有超过 20,000 名付费用户，由于毁灭性的系统崩溃，他们丢失了大部分数

The internet is arguably the most important technology revolution in the history of humankind. In the mid-1990s, the World Wide Web made its way into our living rooms, and it has since extended to practically every room in every house in the world in some way. The internet has gone