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Scaling Substreams for Web3: Efficient Blockchain Data Processing

Scaling Substreams has evolved significantly in the past year, making it easier than ever to efficiently process blockchain data. In this video, we break down how Substreams interact with Firehose, how to scale horizontally across multiple chains, and the difference between Tier 1 and Tier 2 nodes. We also cover optimizing Substreams with object storage, efficient workload distribution, and best practices for managing Substream caches. Whether you're a developer, data engineer, or blockchain enthusiast, this guide will help you optimize your infrastructure for high-performance blockchain indexing. 00:00 - Scaling Substreams for Efficient Blockchain Processing 02:25 - Multi-Server Scaling for Blockchain Data Efficiency 06:52 - Object Storage: Key to Blockchain Data Processing 09:10 - Splitting Workloads: Tier 1 vs. Tier 2 Efficiency 13:43 - Managing Tier 2 Node Availability with Health Checks 16:05 - Configuring Tier 2 Nodes for Optimal Performance 20:02 - Monitoring & Configuring Tier 2 Nodes in Web3 22:03 - Optimizing Tier 1 Nodes for RAM Efficiency 26:20 - Logging & Resource Sizing for Web3 Optimization 28:28 - Scaling Substreams: Understanding Resource Needs 32:50 - Cache Management for Substream Data Efficiency 35:04 - Handling Rollbacks & Cache Issues in Substreams Like, share, and subscribe for more tech insights from PINAX. 👍🔔 #web3 #whatIsWeb3 #web3Explained