ZAN pitches sub-30ms RPC nodes at TOKEN2049

ZAN, the Web3 technology brand under Ant Digital Technologies, said it demonstrated average RPC response times under 30 milliseconds in Asia-Pacific and API throughput three times above the industry standard at TOKEN2049. The pitch targets developers and trading systems that need faster blockchain access for DeFi, gaming and institutional data applications.

Why it matters: - Ultra-low-latency RPC access can affect execution quality in high-frequency DeFi, where milliseconds can decide whether a trade succeeds or slips. - Faster, more stable node infrastructure also matters for gaming, social apps and enterprise data tools that need real-time blockchain reads and writes. - ZAN is positioning its node service as a performance benchmark for Web3 infrastructure.

What happened: - ZAN, the Web3 technology brand under Ant Digital Technologies, presented its RPC node capabilities at TOKEN2049. - ZAN said it achieved average RPC response times under 30 milliseconds across Asia-Pacific. - ZAN said API throughput was three times higher than the industry standard. - During TOKEN2049 Singapore, the ZAN team gave a technical talk at the Solana-hosted Breakpoint 2024 event. - ZAN also showed node service performance under mainnet conditions, including Asia-Pacific average response times under 30ms and RTT as low as 2–5ms for validator-co-located nodes.

The details: - RPC nodes act as the communication layer between decentralized applications and blockchain networks. - The service handles wallet queries, transaction submissions and contract interactions. - ZAN Node uses customized TCP optimization, intelligent routing, multi-region deployment, caching and state management optimization. - ZAN said those changes reduce latency across request transmission and processing. - ZAN said it keeps optimizing service capabilities in key regions to improve access for users across different geographies. - Asia-Pacific and European nodes lead globally in performance and cost efficiency, according to ZAN. - ZAN Node Service supports 28-plus blockchain RPC services, including Ethereum, Solana, BSC, Polygon, Optimism, Arbitrum, TON, Base, zkSync Era, Starknet, Tron, Avalanche, Fantom, Taiko, Mantle, Bitcoin, Sui, Aptos, Core, X Layer, Near, Hyperliquid and Monad. - The platform covers 47-plus mainnet and testnet networks. - Developers can access RPC endpoints across chains with one API key through the ZAN console. - ZAN also offers Dedicated Node Service with exclusive node resources and higher request quotas for enterprise customers. - ZAN said it also offers ZK Acceleration and Expert Audit as core capabilities. - ZK Acceleration is designed to speed up ZK proof generation for ZK-Rollup, zkEVM, bridge protocols, privacy transactions and ZK-ML scenarios. - Expert Audit includes penetration testing, AI auditing, static analysis and formal verification. - ZAN said its security work is backed by 20 security patents and 50 top-tier conference papers. - More information is available on the company's announcement at the official website. - ZAN said developers can independently test RPC response times using a free tier with 150 million credits per month.

Between the lines: - ZAN is tying infrastructure performance to Web3 mass adoption, arguing that decentralization alone is not enough if access is slow or unstable. - The emphasis on Solana, DeFi, L2s and institutional data suggests ZAN is targeting workloads where latency and throughput have direct financial impact. - The broader product bundle suggests ZAN wants to be seen as more than an RPC provider, with adjacent offerings in ZK acceleration and security review.

What's next: - ZAN is likely to keep pushing performance claims and regional optimization as competition in RPC and node infrastructure intensifies. - Developers can benchmark the service themselves through the free tier and compare response times across supported chains. - Enterprise customers can evaluate dedicated nodes for higher stability and larger quotas.

The bottom line: - ZAN is using TOKEN2049 to argue that sub-30ms RPC access and broader infrastructure tooling can become a new baseline for Web3 applications.