Polygon Unveils “Chain Indexer” a New Framework for Developers to Build Scalable dApps
Polygon Labs, the team behind Polygon Technology, recently announced the deployment of the Chain Indexer Framework on the blockchain. This announcement has sparked excitement among the developer community.
The framework, praised as a developer’s gem, is supposed to be a crucial resource in developing applications that are capable of interpreting blockchain events in real-time and integrating data in real-time.
Given the importance of the scalability of Polygon’s ecosystem, the Chain Indexer Framework is expected to play a vital role in ensuring both efficiency and scalability for the upcoming decentralized applications (dApps).
What does the Chain Indexer Framework bring to the Polygon’s ecosystem?
In the existing blockchain ecosystem, the process of developing dApps that can efficiently query blockchain data is known to be difficult and time-consuming. This is mainly because it needs to shift through huge amounts of transaction records, smart contracts, and different kinds of data in the process.
Furthermore, additional costs may quickly pile up when developers choose to use external APIs to speed up the procedure and avoid slowness.
To tackle this specific issue, the Chain Indexer Framework serves as a useful tool for developers to build scalable decentralized applications (dApps) that need access to blockchain data on chains that are powered by the Ethereum Virtual Machine (EVM).
This MIT-licensed open-source framework gives developers the tools they need to accomplish this goal while also reducing their dependency on RPC providers.
Benefits that Developers Can Expect Using This Framework in Their Project
1) Advantage of Open Source: By adopting an open-source approach, this framework allows developers to modify and host the software on their own infrastructure. It’s worth noting that this framework operates under the MIT license, ensuring a high degree of flexibility and adaptability.
2) Affordable Solution: The Chain Indexer Framework effectively and cost-effectively manages the time-consuming process of gathering and preparing blockchain data. Developers won’t run into use limitations or API rate limits with this framework, as they have the choice to host the services according to their terms.
3) Highly Modular: The Chain Indexer Framework stands out for its excellent versatility, making it a flexible solution for different dApp data requirements. Given their adaptable architecture, decentralized apps perform better since developers can modify data pipelines to meet particular requirements.
4) Real-Time Data Access: The Chain Indexer Framework provides dApps with the ability to query data in real time, simplifying access to complex blockchain information. This functionality increases the effectiveness and responsiveness of decentralized applications while also providing new development opportunities.
5) Easy Scaling: This new framework scales with your dApp with ease, managing increasing data quantities without sacrificing speed. This ensures consistent stability even when your dApp experiences greater usage and growth.
Final Thoughts
As we know, in the Web 2.0 domain, we have access to unlimited scalability and unified information through the application. However, we lack the same application features in Web 3.0.
Ever since recognizing this specific challenge, the Polygon team has been diligently working to resolve the problem.
So, the Chain Indexer Framework is one of the fundamental components that Polygon Labs will be using to offer infinite scalability and unified data in a decentralized application.
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