ComposeDB Beta will be deployed in the main network of Ceramics

It is reported that ComposeDB Beta is now online on the decentralized database protocol Ceramic main network. ComposeDB is a distributed graphics database that allows developers to build composable Web3 applications on Ceramics using GraphQL and plug-and-play data models.

Interpretation of this information:

ComposeDB Beta: Introducing a Distributed Graphics Database on the Ceramic Network

The blockchain technology has changed the way of data storage and management. With the emergence of the Web3 ecosystem, developers are now more focused on building decentralized applications that are scalable, interoperable, and secure. However, building Web3 applications requires a higher level of sophistication, and developers are always in search of tools that can help them speed up their development process.

Along these lines, ComposeDB has launched its beta version, offering developers the capabilities to build composable Web3 applications on the Ceramic network. ComposeDB is a distributed graphics database that provides developers with GraphQL and plug-and-play data models, making it feasible for them to compose and use the graphics from various data sources. This facilitates the process of creating and building web3 applications quickly, thereby reducing the development overheads and time-to-market.

Ceramic network, on the other hand, is a decentralized, secure, and interoperable network that enables developers to deploy Web3 applications that can operate across different data networks while maintaining data sovereignty. It uses a unique ceramic data model, which enables developers to create their use-case-specific data protocols to tailor the data storage, validation, and access rules effectively. Therefore, using Ceramic network with ComposeDB provides developers with a comprehensive toolset to create, manage and integrate the decentralized data, graphics and build innovative Dapps in the Web3.

One of the key advantages of ComposeDB on Ceramic is the decoupling of the underlying data management from the application l on the front–end. This means ComposeDB retrieves the composed data, graphics and provides it to the Web3 application, which then updates the application’s GUI thereby, providing powerful tools to developers to put together web3 applications quickly and efficiently.

In conclusion, ComposeDB on the Ceramic network offers developers a set of robust tools to build composable web3 applications using GraphQL and plug-and-play data models. This toolset aims to expedite the development process, reduce overheads and provide the means for developers to build secure, scalable and interoperable applications for the emerging Web3 ecosystem.

Keywords: Distributed Graphics Database, Web3, GraphQL.