Dedicated Ronin RPC nodes are private endpoints that provide direct access to the Ronin blockchain network. Unlike public nodes, they're exclusively used by a single client or project, ensuring dedicated resources and consistent performance.
These nodes are essential for projects requiring reliable blockchain access, particularly game developers who need consistent transaction processing, NFT marketplaces handling high volumes of requests, DeFi applications requiring real-time data, and analytics platforms tracking blockchain activity.
Dedicated nodes support both vertical scaling by adding more resources to a single node and horizontal scaling by adding more nodes to your infrastructure. This flexibility allows you to adjust capacity based on actual usage patterns and growth requirements.
Dedicated nodes excel in scenarios requiring high performance, such as running blockchain games with high user activity, processing large volumes of NFT transactions, supporting real-time blockchain data analytics, and managing high-frequency trading operations.
Clusters adapt to changing workloads through dynamic adjustment, including automatic node scaling, request distribution across multiple nodes, failover protection, and consistent performance maintenance during peak usage periods.
Dedicated nodes provide guaranteed bandwidth without competing for resources with other users. This is crucial for applications that need predictable performance. They also offer lower latency since you're not sharing node resources with other users, making them ideal for performance-critical applications.
The nodes operate in an isolated network environment with private API endpoints and custom firewall rules. They receive regular security updates and feature protected RPC endpoint access to prevent unauthorized usage.
A Ronin cluster consists of synchronized nodes working together to provide redundancy and load balancing. These clusters automatically distribute incoming requests and maintain service continuity even when individual nodes experience issues.