Chainstack, a prominent service offering Web3 infrastructure to developers, recently announced a new development. According to the company, the Chainstack Global Elastic Nodes currently support Oasis Protocol (a privacy layer that deals with artificial intelligence and Web3). The platform took to its official account on social media platform X to announce the initiative in question.
Chainstack Global Elastic Nodes now support @OasisProtocol 🌌
Experience a blockchain platform built for speed, with a confidentiality EVM network that provides scalable, customizable privacy tools for Solidity developers across all EVM chains.
All the best… pic.twitter.com/xCBqe6yvtM
— Chainstack 💙🛠️ (@ChainstackHQ) July 4, 2024
Chainstack announces support for the Oasis Protocol
In its latest X-post, the company pointed out that Chainstack Global Elastic Nodes are now integrated with the Oasis Protocol. This development provides a blockchain forum that focuses on providing high speed and confidentiality. The partnership between the two entities offers several benefits to consumers. One of them deals with high-speed connections, as Chainstack nodes guarantee reliable and fast connections.
Another advantage that the respective partnership offers is focused on global distribution. This distribution minimizes latency and improves performance. In addition, Geo-load-balanced architecture is also an exclusive feature that makes this collaboration possible. In this regard, automatic workload distribution across locations improves performance and reduces disconnections.
In addition, the endeavor also offers users unparalleled performance. Chainstack’s architecture enables remarkable scalability and speed. Moreover, the project also gives the developers access to the respective features without charging monthly fees. This gets the project’s attention from the developers.
What is a ChainStack elastic node
Chainstack elastic nodes work as a highly scalable node infrastructure that the open networks can access through their exclusive endpoint. With the use of an elastic node, the consumers reimburse the requests from JSON-RPC to the node. Nevertheless, they do not have to compensate for the storage and compute resources used by the node.