Interlay Kintsugi Dedicated Node Infrastructure | OnFinality

Interlay Kintsugi Dedicated Node Infrastructure

Kintsugi is Interlay's canary network, deployed on Kusama. It serves as an experimental, real-economic-value testbed for the Interlay protocol, which brings Bitcoin DeFi to the Polkadot ecosystem. Kintsugi shares the same codebase as Interlay but focuses on rapid innovation and cutting-edge features.

What Developers Use Kintsugi RPC and Nodes For

Developers building on Kintsugi rely on RPC nodes to:

• Query on-chain data (balances, transactions, smart contract state)
• Submit transactions for kBTC minting, swapping, lending, and borrowing
• Index blockchain events for analytics and dashboards
• Run backend services for DeFi dApps, wallets, and bots

Dedicated Node Infrastructure on OnFinality

OnFinality provides dedicated node infrastructure for Kintsugi, giving teams full control over their node environment. With a dedicated node, you get:

• Exclusive resources: No shared bandwidth or rate limits
• Custom configuration: Tune node parameters for your workload
• Advanced access: Archive and trace API support for deep historical data
• Monitoring and alerts: Track node health, sync status, and resource usage

Key Considerations for Kintsugi Node Deployment

When deploying a Kintsugi node, consider:

• Network: Kintsugi is a Kusama parachain, so node requirements align with Substrate-based chains
• Storage: Archive nodes require significant disk space for full historical state
• Latency: Choose a region close to your user base for optimal performance
• Redundancy: Run multiple nodes across providers for high availability

How OnFinality Supports Your Kintsugi Infrastructure

OnFinality simplifies node operations with:

• One-click dedicated node deployment
• Automatic updates and security patches
• 24/7 infrastructure monitoring
• Scalable plans from development to production

Whether you're building a DeFi dApp, a wallet, or an analytics tool, OnFinality's Kintsugi node infrastructure provides the reliability and performance you need.