RubyIO Dedicated Nodes
RubyIO is a private data management framework for Web 3.0, built on Substrate. It provides a decentralized, privacy-centric protocol for managing sensitive data on-chain. As a testnet environment, RubyIO is ideal for developers who need to test privacy-focused dApps, smart contracts, and data management workflows before deploying to mainnet.
OnFinality RubyIO RPC features
- Network Environment: Non-mainnet (testnet)
- Service: Dedicated nodes (managed or self-service)
- Common Use Cases: Contract testing, QA, staging releases, wallet integration, backend validation
Build faster with RubyIO RPC endpoints
Use OnFinality's RubyIO RPC APIs to connect wallets, dApps, dashboards, bots, and backend services without operating your own node from day one.
Public endpoint testing
Start with the RubyIO public RPC endpoint for lightweight checks, prototypes, and quick integration tests.
Authenticated API access
Move production traffic to authenticated endpoints when you need clearer limits, analytics, and operational visibility.
Standard RPC methods
Query RubyIO blocks, transactions, balances, events, and chain state through HTTP and WebSocket workflows.
Operate RubyIO infrastructure with more control
Production teams need more than an endpoint URL. They need observability, predictable capacity, and a path from shared RPC access to isolated infrastructure.
Request visibility
Track usage patterns and response activity so your team can understand traffic growth before it becomes an incident.
Dedicated node path
Use dedicated RubyIO nodes when your workload needs isolated resources, custom operations, or stronger capacity planning.
Archive and historical data
Plan for archive access when analytics, audits, indexers, or advanced app features need older RubyIO state.
Choose the right RubyIO RPC setup
Different RubyIO products need different infrastructure. OnFinality gives teams a practical path from public RPC testing to production-grade API and node operations.
For prototypes
Use public RPC for simple reads, connection checks, and early experiments where strict performance guarantees are not required.
For live apps
Use authenticated API endpoints when users depend on stable request handling, monitoring, and scalable access.
For heavy workloads
Use dedicated nodes for sustained traffic, latency-sensitive services, validator tooling, exchange systems, and indexing pipelines.
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