Web3 applications are hitting a critical inflection point: they need the reliability of traditional finance without losing the agility of decentralized systems. ZAN, a Web3 infrastructure provider under Ant Digital Technologies, is addressing this tension head-on by offering a suite of enterprise-grade tools designed to help decentralized applications scale reliably. The company's approach signals a broader shift in how the Web3 ecosystem thinks about foundational technology.

For years, Web3 developers have cobbled together infrastructure solutions, often accepting trade-offs between speed, security, and cost. But as institutional capital enters the space and decentralized applications handle larger transaction volumes, those compromises are becoming untenable. Developers frequently face high transaction latency during peak network activity and struggle with complex data retrieval processes, bottlenecks that slow innovation and limit adoption.

What Are the Core Infrastructure Challenges Holding Back Web3 Growth?

The sustainable growth of decentralized ecosystems depends entirely on the maturity of their underlying technology stack. Three critical dimensions emerge as essential: speed, data accessibility, and end-to-end security. Without these foundations, even well-designed smart contracts and innovative protocols struggle to deliver the user experience and operational reliability that enterprises expect.

One of the most immediate pain points is the Remote Procedure Call (RPC) layer, which acts as the communication backbone between applications and blockchains. An unstable RPC connection can cause transaction failures, delayed confirmations, and frustrated users. ZAN Node Service addresses this by providing reliable JSON-RPC connections across more than 28 popular blockchain networks, including Ethereum, Solana, and Sui. The service employs multi-region deployment and real-time health monitoring to ensure 99.9% uptime, with Asia-Pacific average latency under 30 milliseconds, reducing the risks of node downtime and localized network congestion.

How Are Infrastructure Providers Solving the Speed and Reliability Problem?

ZAN's approach centers on three interconnected product lines that address different layers of the Web3 stack. Each tackles a specific bottleneck that developers encounter when building production-grade applications.

• Node Service Across Multiple Chains: ZAN Node Service supports 28 plus popular blockchain RPC services, including Ethereum, Solana, Binance Smart Chain, Polygon, Optimism, Arbitrum, TON, Base, zkSync Era, Starknet, Tron, Avalanche, Fantom, Taiko, Mantle, Bitcoin, Sui, Aptos, Core, X Layer, Near, Hyperliquid, Monad, and 47 plus mainnet and testnet networks. Developers can access RPC endpoints for all chains through a single API key, managed centrally via the ZAN console, simplifying multi-chain development.
• Solana-Specific Transaction Acceleration: For high-frequency trading scenarios and applications deployed on high-throughput networks, ZAN's Solana Trading Boost integrates Stake-Weighted Quality of Service (SWQoS) and Jito Bundles, specifically designed to address network congestion and transaction loss during periods of extreme activity. SWQoS routes transactions through staked SOL validator nodes, ensuring continued priority processing even during network congestion and achieving a one-second transaction on-chain rate.
• Zero-Knowledge Proof Acceleration: As zero-knowledge cryptography expands across public blockchain infrastructure and privacy applications, the computational cost of generating zero-knowledge proofs has become a critical bottleneck. ZAN ZK Acceleration accelerates ZK proof generation through an integrated hardware-software optimization framework, significantly reducing time and cost overhead in ZK-Rollup, zkEVM, bridge protocols, privacy transaction protocols, and ZK-ML scenarios.

The zero-knowledge acceleration capability is particularly noteworthy. ZAN's service has been verified on the EthProofs official leaderboard, with core computation 159 times faster than a 16-core CPU and three times faster than industry-standard GPUs. The platform currently holds the top position with a 3.4-second performance record, 23 percent faster than the second-place entry.

Beyond raw speed, security remains non-negotiable. Smart contract vulnerabilities remain one of the primary avenues for capital loss in the Web3 space. ZAN Expert Audit provides professional security auditing services covering penetration testing, artificial intelligence auditing, static analysis, and formal verification, helping projects reduce security risks across all development phases. The service is backed by 20 security patents and 50 top-tier security conference papers.

Why Does Real-Time Data Access Matter for Modern DApps?

Modern decentralized applications require instant access to on-chain data to support responsive interfaces and automated strategies. Traditional polling models, where applications repeatedly ask a blockchain for updates, create unnecessary overhead and latency. ZAN addresses this by providing specialized data indexing services for emerging blockchains like Sui, supporting deep queries and real-time subscriptions on the Sui Move object model through GraphQL query interfaces.

Additionally, ZAN offers gRPC-based real-time monitoring infrastructure that upgrades the traditional polling model to an efficient push mechanism, reducing unnecessary query overhead and improving resource utilization. This capability supports real-time scenarios such as DeFi liquidity monitoring, NFT minting dashboards, and risk management visualization. For decentralized exchanges and market makers, the difference between a polling-based system and a push-based system can mean the difference between capturing an arbitrage opportunity and missing it entirely.

The shift toward enterprise-grade infrastructure reflects a maturing Web3 ecosystem. Early-stage Web3 prioritized basic connectivity and rapid deployment, but today's environment demands levels of predictability and security on par with traditional financial systems. Backed by Ant Digital Technologies' deep technical heritage in digital finance, ZAN infuses Web3 applications with robust high-concurrency processing architectures proven in demanding environments. This foundation helps Web3 projects grow faster and more reliably in highly competitive landscapes.

The long-term development of decentralized technology depends on stable, high-performance, and secure infrastructure. As Web3 applications mature and institutional adoption accelerates, the infrastructure layer will become increasingly critical to success. Providers like ZAN are building the trusted foundation that the next generation of Web3 networks will depend on.