Zcash has always attracted developers who care about privacy. Its shielded transaction model allows users to keep sensitive payment information private while still benefiting from a public, decentralized blockchain. With the NU7 release-candidate testnet going live in May 2026, teams building wallets, payment systems, analytics tools, and exchange infrastructure need reliable access to Zcash network data without maintaining their own nodes.

The providers below offer different approaches to Zcash infrastructure, from shared RPC endpoints and indexed APIs to enterprise-grade dedicated deployments.

1. NOWNodes

For Zcash RPC access specifically, NOWNodes provides several Mainnet interfaces, including standard RPC, BlockBook, WebSocket access, and archive infrastructure. BlockBook is particularly useful for wallets, exchanges, and analytics products because it provides indexed access to balances, transactions, blocks, and address histories without requiring developers to operate their own blockchain indexer.

Archive access also makes NOWNodes suitable for applications that need complete historical blockchain information rather than only the recent data retained by a pruned node. Its infrastructure is supported by geo-distributed load balancing, automatic failover, a 2N+1 redundancy architecture, and a stated 99.95% uptime SLA.

Key features:

• RPC, BlockBook, and WSS access on Zcash Mainnet

• Archive node access for historical blockchain data

• 99.95% uptime SLA

• Geo-balanced and load-balanced infrastructure

• Shared and dedicated node options

• One API key for more than 120 blockchain networks

Why choose NOWNodes: A strong fit for wallets, exchanges, analytics platforms, and multi-chain applications that need several Zcash data interfaces from one provider. It is especially relevant for projects that require both indexed address data and archive-depth blockchain history.

2. GetBlock

GetBlock is a multi-chain RPC provider that offers access to Zcash through standard JSON-RPC methods. Its documentation includes a dedicated Zcash API reference covering commonly used methods for retrieving blocks, transaction information, network data, and blockchain status.

The provider’s free plan includes up to 40,000 requests per day, making it a practical option for developers who want to prototype an integration or test Zcash RPC calls before moving to paid infrastructure. However, developers should review the supported-method list carefully because some wallet-related, administrative, and node-management methods are disabled on shared endpoints.

Key features:

• Zcash JSON-RPC access

• Detailed documentation for supported methods

• Free access with up to 40,000 requests per day

• Shared and dedicated node products

• Straightforward self-service endpoint creation

Why choose GetBlock: Works well for smaller projects, prototypes, and developers who want to test standard Zcash RPC functionality without committing to a larger infrastructure plan immediately.

3. QuickNode

QuickNode provides globally distributed Zcash infrastructure for Mainnet and Testnet. Its routing system directs requests to nearby available infrastructure, helping applications reduce latency while maintaining access during regional disruptions.

In addition to standard Zcash RPC endpoints, QuickNode lists Webhooks and historical data backfills among the products available for Zcash. This can be useful for applications that need event notifications or large historical datasets without repeatedly polling the blockchain.

QuickNode also advertises a 99.99% uptime SLA and maintains SOC 2 Type II and ISO 27001 certifications, making it one of the stronger options for organizations with formal security, compliance, and availability requirements.

Key features:

• Zcash Mainnet and Testnet support

• Globally distributed RPC infrastructure

• Real-time Webhooks

• Historical blockchain data backfills

• 99.99% uptime SLA

• SOC 2 Type II and ISO 27001 certifications

Why choose QuickNode: A strong option for enterprise teams, regulated businesses, and developers already using QuickNode for other networks. It is particularly useful when compliance documentation and additional data-delivery products matter as much as basic RPC connectivity.

4. Chainstack

Chainstack supports Zcash through its Dedicated Node service. Unlike the provider’s Global Node offering for more widely supported networks, Zcash cannot currently be deployed as a standard shared endpoint directly from the Chainstack platform. Teams need to submit a deployment request and arrange the infrastructure with Chainstack.

This model gives customers isolated node resources and more control over the deployment, but it is better suited to established projects than to developers looking for an instant free or shared Zcash endpoint. Dedicated nodes are priced around the provisioned infrastructure rather than exclusively through the standard request-unit billing used for shared services.

Key features:

• Dedicated Zcash node deployment

• Individually provisioned infrastructure

• Isolated node resources

• Custom deployment discussions with the Chainstack team

• Suitable for sustained production workloads

Why choose Chainstack: Best for businesses that specifically require a dedicated Zcash node, isolated resources, and an infrastructure arrangement tailored to their workload. It is less suitable for quick prototyping because Zcash deployment requires contacting the provider.

5. Tatum

Tatum provides hosted Zcash access through its RPC Gateway, with separate endpoints for Mainnet and Testnet. Developers can use standard JSON-RPC endpoints as well as REST interfaces, depending on how their application is structured.

Tatum also supports Zebrad-powered JSON-RPC endpoints for both networks. Zebrad is the Rust-based Zcash full-node implementation maintained by the Zcash Foundation and provides a modern alternative to the legacyzcashdclient. Tatum added dedicated Zebrad endpoints in January 2026, allowing developers to integrate with the newer node implementation without operating Zebrad infrastructure themselves.

Its Zcash documentation includes supported-method lists and ready-made requests, making it easier to determine which calls are available before beginning an integration.

Key features:

• Zcash Mainnet and Testnet support

• Standard JSON-RPC endpoints

• REST API access

• Dedicated Zebrad JSON-RPC endpoints

• Documented lists of available RPC methods

• Hosted access through a unified blockchain gateway

Why choose Tatum: A practical choice for developers who want access to both conventional Zcash APIs and modern Zebrad endpoints. It is especially relevant for teams preparing their infrastructure for the transition away from legacyzcashd-based integrations.

Choosing a Zcash RPC Provider

The right Zcash provider depends on the type of application being built.

NOWNodes offers the broadest combination of Zcash-specific interfaces in this list, including RPC, BlockBook, WSS, and archive access. This makes it suitable for wallets, exchanges, analytics platforms, and multi-chain products that need several data-access methods from one provider.

GetBlock provides an accessible starting point for prototypes and standard RPC integrations, while QuickNode is better suited to organizations that prioritize globally distributed infrastructure, compliance certifications, Webhooks, and historical data delivery.

Chainstack is worth considering when a project specifically requires an individually deployed dedicated Zcash node rather than a shared endpoint. Tatum stands out for supporting both standard Zcash APIs and newer Zebrad JSON-RPC endpoints across Mainnet and Testnet.

Before choosing a provider, teams should compare the exact RPC methods they need, historical-data availability, endpoint types, pricing structure, rate limits, and whether the service can scale from testing to sustained production traffic.