Chainstack Announces Support for Oasis on Its Chainstack Global Elastic Nodes
Chainstack, a prominent package of services offering Web3 infrastructure to developers, has recently announced another development. As per the company, its Chainstack Global Elastic Nodes are currently supporting Oasis Protocol (a privacy layer dealing with artificial intelligence and Web3). The platform took to its official account on the social media platform X to disclose the respective initiative.
Chainstack Announces the Provision of Support for Oasis Protocol
In its latest X post, the company pointed out that Chainstack Global Elastic Nodes have now integrated with the Oasis Protocol. This development offers a blockchain forum that focuses on the provision of high speed as well as confidentiality. The partnership between the two entities offers several advantages to the consumers. One of them deals with rapid connections as Chainstack nodes guarantee dependable and swift links.
Another benefit that the respective partnership provides focuses on worldwide distribution. This distribution minimizes the latency along with enhancing performance. Apart from that, Geo-load-balanced architecture is also an exclusive feature that this collaboration enables. In this respect, the workload’s automatic distribution across diverse locations improves performance while decreasing disconnection rates.
Along with that, the endeavor also provides the users with an unmatched performance. The architecture of Chainstack enables remarkable scalability and speed. Additionally, the project also lets the developers access the respective features without implementing any monthly fees. As a result of this, the project gets the attention of the developers.
What Is Chainstack Elastic Node
Chainstack elastic nodes work as a very scalable node infrastructure that the open networks can access via their exclusive endpoint. With the use of an elastic node, the consumers recompense for the requests of JSON-RPC to the node. Nonetheless, they do not need to recompense for the storage and compute resources that the node uses.
