Blockchain systems face significant scalability challenges due to ever-growing state sizes. To address this, InfiniSVM implements a sharded key-value store architecture, integrating Remote Direct Memory Access (RDMA) to enable ultra-low latency cross-node data access.
The InfiniSVM database consists of sharded state storage across distributed nodes. Unlike Solana’s 10MB account size limit, this system supports arbitrary account sizes, dynamically optimizing data distribution.
To maintain optimal performance, InfiniSVM employs a background rebalancing mechanism that:Monitors Account Access Patterns
Analyzes historical memory access footprints to identify high-traffic accounts.
Optimizes Data Locality
Frequently co-accessed accounts are migrated to the same node.
Minimizes remote memory fetches and improves execution efficiency.
Adaptive Data Redistribution
Rebalances data based on:
Access frequency
Account size
Network topology
Node capacity and current load
This adaptive approach ensures even workload distribution, reducing cross-node dependencies while maximizing throughput and parallel execution efficiency. By combining sharded key-value storage with RDMA-powered cross-node memory access, InfiniSVM achieves:
Scalable, high-performance blockchain state management.
Reduced transaction latency via direct memory access.
Dynamic workload balancing for optimized execution efficiency.
This architecture ensures sustainable scalability, making it well-suited for high-throughput, decentralized applications.