- Solayer Labs announced the public beta of its InfiniSVM RPC, enabling access to over 1M TPS
- The RPC features a DAG-based topology inspired by the Sui network for low-latency block propagation
- This launch extends InfiniSVM’s December 2025 mainnet alpha, backed by a $35M ecosystem fund
Solayer Labs announced the public launch of InfiniSVM’s open-source Remote Procedure Call (RPC) beta earlier this week. The open-source RPC beta is a Solana-compatible interface for developers to integrate wallets and decentralized applications (dApps) with Solayer Labs’ accelerated Layer 1 blockchain mainnet.
Solayer Labs promises web3 developers a throughput of over 1 million transactions per second (TPS) with the help of InfiniSVM’s open-source RPC beta. Moreover, the RPC features a DAG-based topology inspired by the Sui (SUI) network for low-latency block propagation.
Additionally, the newly launched InfiniSVM’s RPC features high-performance JSON-RPC/WebSocket queries that handle hundreds of Terabytes (TBs) of state and direct sequencer paths for efficient, MEV-resistant transactions.
Most public RPC providers, led by Ethereum (ETH) become very expensive once the state crosses between 50 to 100 TB, especially under low-latency WebSocket subscriptions combined with deep historical queries at the same time. However, Solayer’s infrastructure can serve this API surface efficiently at that scale today, thereby inviting wallets, Dapps, and indexers to connect seamlessly.
Source: Solayer Labs
Why is Solayer Labs’ InfiniSVM RPC Beta timely?
The strategic launch of Solayer Labs’ InfiniSVM RPC beta will allow web3 developers to use the familiar Solana tools without limitation as the chain grows to hundreds of TBs in the future. As such, Solayer Labs has an infinitely scaled Solana ecosystem, which has grown to a top-tier DeFi ecosystem due to its high tokenization of real-world assets (RWA)
Solayer Labs launched InfiniSVM Mainnet Alpha in December 2025, and a $35 million ecosystem fund was announced in January 2026 to prove its hardware-accelerated SVM Layer-1 could deliver extreme performance. The chain demonstrated sustained throughput of over 330,000 TPS, sub-400 ms finality, and near-zero fees on live networks. However, the network remained largely closed to broad integration.
As such, the recent Solayer Labs’ InfiniSVM RPC beta rollout on March 10 will address this gap. Fundamentally, InfiniSVM has solved the core blockchain bottlenecks that limit Solana and similar SVM chains in practice.
The real-time write path eliminates MEV by design, while DAG topology ensures efficient global propagation. For developers, this means any Solana dApp deploys instantly yet gains performance for high-frequency trading, real-time DeFi, AI agents, payments, and RWAs.
Sub-second finality and near-zero costs open institutional-grade finance and streaming applications.
