🎗️Glacier Database

The prosperity of Web3 has led to an explosion of on-chain data, including address information, transaction data, content data, and social relations. If developers of Web3 applications want to mine the data on these user chains, then SQL databases are no longer suitable for these applications. Instead, NoSQL databases can handle these vast amounts of data well.

Glacier’s mission is to build a secure, decentralized and highly scalable Web3 NoSQL database to better help Web3 applications store massive amounts of institutionalized data, and fully mine the Web3 on-chain data in order to provide better data services to users. The main types of NoSQL non-relational databases provided by Glacier are Key-value, Document, Columnar, and Graph.

With the decentralized architecture of Web3, developers need to deal with a large amount of scattered and complex data on the chain, which greatly hampers the development cycle of the application, as well as the experience and scalability of the application itself. Glacier database greatly simplifies the development process of applications and protocols by providing highly scalable decentralized data storage and query services, enabling dApps to seamlessly insert data from other applications. Furthermore, by incorporating on-chain decentralized data into a NoSQL database, Glacier will help Web3 developers better store structured data for their applications.

Glacier defines a new standard for the structured storage of Web3 data. Under this standard, Web3 data can be easily called, queried and even traded. A large amount of user data of Web3 is in the public state on the chain and has strong intrinsic value. At the same time, the data structure of NFT is similar to that of a NoSQL database. So, Glacier can make it very convenient for users to generate Data NFT from the data they own, which can be then monetized by trading the data in Glacier's Data Marketplace.