Chainstack, a prominent Web3 infrastructure platform, has announced complete support for Scroll, a well-known Ethereum-focused L2 scaling solution using zkEVM, on its native Unlimited Nodes. Chainstack’s support for Scroll on Unlimited Nodes endeavors to expand Web3 infrastructure by allowing developers to seamlessly pay in $SCR, deploy diverse Scroll nodes, and more. The platform took to social media to announce this support.
Chainstack is proud to support @Scroll_ZKP on Unlimited Nodes.
Builders can now deploy Scroll nodes, pay seamlessly in $SCR, and enjoy unlimited RPC requests.Simple flat-rate RPS tiers, no concerns about usage overages or CU/method-weight pricing complexity.… pic.twitter.com/0xxl3JFT3H
— Chainstack 💙🛠️ (@ChainstackHQ) April 29, 2025
Chainstack Offers Complete Support for Scroll on Unlimited Nodes
By supporting Scroll on Unlimited Nodes, Chainstack now permits for the easy deployment of Scroll nodes. In addition to this, the respective development also lets builders pay in Scroll’s local token $SCR and make Remote Procedure Call requests. Scroll has witnessed notable traction based on its scalability, EVM compatibility, and low fees. Its new integration with Chainstack streamlines the infrastructure experience.
In this way, it allows developers to eliminate conventional price models that are usage-based, to use flat-rate and predictable Requests Per Second tiers in their place. This alleviates the worries of builders in the case of usage overages, compute unit restrictions, or even method-weighted pricing.
Expanding Web3 Infrastructure by Delivering Seamless Developer Experience
As a result of this, Scroll developers are provided with unparalleled node deployment as well as enterprise-level reliability. As per Chainstack, Unlimited Nodes is a cutting-edge solution for developers, accomodating the high-throughput applications. In this respect, it offers auto-scaling, enterprise-scale performance, and global availability. Overall, this development enables Chainstack to expand Web3 infrastructure, fortifying decentralized building workflows.
