ZAN Node claims fastest Web3 node service across 47+ networks

ZAN, the Web3 brand under Ant Digital Technologies, says its ZAN Node infrastructure now supports Ethereum, Solana, Base, Polygon and 47-plus blockchain networks with sub-30ms latency in key regions. The company is pitching the service as a way for developers and trading teams to reduce RPC lag, speed up cross-chain operations and simplify multi-chain infrastructure.

Why it matters: - Web3 apps can lose transactions or miss opportunities when RPC calls lag during peak traffic. - ZAN is positioning infrastructure speed and reliability as a competitive edge for DeFi traders, liquidators and other high-frequency users. - The service also aims to reduce the complexity of managing multiple chains, endpoints and API keys.

What happened: - ZAN introduced ZAN Node as an enterprise-grade Web3 node service. - ZAN says the platform is the world's fastest Web3 node provider. - The service covers Ethereum, Solana, Base, Polygon and more than 47 blockchain networks. - ZAN is the Web3 technology brand under Ant Digital Technologies. - The company published the announcement on Aug. 9, 2026, from Hangzhou, Zhejiang, China. - More information is available in the company's announcement.

The details: - ZAN Node offers RPC HTTPS and WebSocket connections across supported networks. - The infrastructure uses global cloud coverage and acceleration technologies to cut latency while keeping broad geographic reach. - ZAN says its co-located physical-layer architecture places node clusters in the same data centers or regions as major validators. - The company says that setup reduces RTT to a stable sub-30ms threshold. - ZAN says its routing engine continuously checks block height, sync delays and node load to send requests to the best available path. - The platform handles more than 2 billion requests per day, according to the company. - ZAN's Ethereum RPC supports Mainnet, Sepolia Testnet and Holesky Testnet. - Ethereum features include archive node access, gas price oracle and mempool acceleration. - ZAN says its Asia-Pacific Ethereum nodes deliver average latency under 30ms. - ZAN's Solana Trading Boost uses Stake-Weighted Quality of Service and Jito block engine routing. - The company says 95% of Solana transactions reach full confirmation within one second. - ZAN says Solana RTT can fall to 2-5ms when nodes are co-located with validators. - Solana RPC covers Mainnet, Devnet and Testnet. - ZAN says Base and Polygon use dedicated Layer 2 acceleration channels with multi-path broadcast and direct lines to sequencers. - The company also supports Arbitrum, Optimism, zkSync Era and Starknet with chain-specific RPC features. - ZAN says all supported Layer 2 chains benefit from faster finality through direct sequencer connections. - The platform offers a unified API gateway that lets developers access all 47-plus supported networks through one standardized endpoint. - ZAN says the free tier includes 150 million requests per month. - The service includes enterprise SLAs guaranteeing 99.9% network availability.

Between the lines: - ZAN is bundling infrastructure speed with operational simplicity, which could appeal to teams that do not want to manage separate providers for each chain. - The product messaging also targets enterprise buyers by pairing performance claims with SLAs, monitoring and failover. - The announcement stretches beyond node infrastructure by grouping ZK Acceleration and smart contract auditing under ZAN's broader Web3 platform story.

What's next: - ZAN appears to be leaning on its multi-chain footprint and low-latency claims to win more developers and institutional users. - The company is likely to keep expanding support for additional blockchain networks as the Web3 stack fragments further. - ZAN says its infrastructure is designed to support more resilient and scalable decentralized applications over time.

The bottom line: - ZAN is trying to turn infrastructure speed into a platform advantage, with low latency, broad chain coverage and enterprise tooling as the core pitch.