The 12 best blockchain node providers in 2026: a decision guide

A blockchain node provider runs the infrastructure that connects an application to a blockchain. You can host a node yourself, but that means provisioning servers, keeping the software synced, applying upgrades, monitoring failures, and repeating that work for every chain your app supports.

Node providers exist to take that ongoing operational work off a developer's plate. They keep node software synced, route remote procedure call (RPC) and WebSocket traffic, and may add archive data, indexed APIs, dedicated infrastructure, transaction delivery, or streaming services.

The best provider depends on the workload. Shared RPC, where many customers use the same shared infrastructure, fits most applications. Dedicated or regional infrastructure becomes more useful when a team needs custom support, isolated hardware for compliance, or low latency near its own users. No provider wins every workload, on every chain, on every use case, and it's up to you to find the right provider for your needs.

What is a blockchain node provider?

A blockchain node is a computer that runs blockchain client software and maintains or serves network state according to its role. There are several types of nodes, and each one handles a different job. Full nodes validate blocks and transactions against protocol rules. Archive nodes retain older state for historical queries. Validator nodes can also participate in consensus on proof-of-stake networks.

A blockchain node provider operates this infrastructure for developers. Instead of provisioning hardware, syncing clients, applying upgrades, building failover, and monitoring every chain, all of which is a lot of work and ongoing operational overhead, a developer simply connects through an API endpoint. That's it.

Some providers only expose shared JSON-RPC endpoints. Others add WebSockets, gRPC streams, archive access, indexed data, transaction delivery, or fully managed dedicated nodes.

For deeper background, see what an Ethereum node is and what an RPC node is.

The best blockchain node providers at a glance

This guide compares current public information verified on August 24, 2026. The providers are listed alphabetically, not ranked by one universal score.

We selected providers with a current public RPC or node product and enough first-party documentation to compare free access, paid pricing, request rates, chain coverage, and products. "Best" here means a useful shortlist across different workloads, not a claim that every provider was measured on one universal score.

The traffic-limit column shows how much traffic a provider says its free plan allows. Some use requests per second. Others use their own billing credits, such as Compute Units (CU), Request Units (RU), or Billing Units (BU). These limits are not performance test results, and the different billing credits are not directly comparable.

To keep the comparison consistent, the chain-coverage column counts blockchains, not individual mainnets and testnets. We checked each provider's current product directory and use its published blockchain total.

Four realities of choosing a node provider in 2026

1. Chain count is only a first filter

A high chain count looks useful, but it does not guarantee that a provider supports every feature on every chain. One network may include archive data and WebSockets, while another only supports basic RPC calls. Check the exact network and features your app needs before migrating.

2. Shared, dedicated, and decentralized access solve different problems

Shared RPC sends your requests through infrastructure used by many customers. It is the easiest and usually the least expensive way to get started.

Dedicated infrastructure is reserved for one customer. It costs more, but gives a team more control over configuration, capacity, and where the servers run.

Decentralized gateways send requests across nodes run by independent operators instead of one provider's fleet. Some teams combine these models, using shared RPC for most traffic and dedicated infrastructure for workloads that need more control.

3. Provider pricing units are not interchangeable

Alchemy uses Compute Units, QuickNode uses API credits, Chainstack uses Request Units, and CDP Node uses Billing Units. You're starting to see the problem.

Each provider decides how much a request costs in its own units. Some also charge separately for streaming data, subscriptions, or dedicated servers. That makes an apples-to-apples price comparison difficult.

4. Benchmark methodology matters more than one speed claim

A useful RPC benchmark tells you what request was sent, which chain and region it came from, how long the test ran, and what counted as a failure. It should show slow requests and failures, not only an average. Alchemy's live RPC benchmark publishes median latency, 95th-percentile latency, success rate, and results by method and region.

The benchmark does not cover every provider in this guide or every application workload. Re-run representative calls from your own deployment regions before making a production decision.

How to choose a blockchain node provider

Start with the workload

Providers price and handle different types of requests differently. A provider that works well for simple balance lookups may be slower or more expensive for historical data, large log queries, or a constant stream of Solana data.

Start by listing the calls your app makes most often and the traffic spikes you expect. Build a test that includes those calls, plus any WebSocket or streaming connections, so you compare providers against the work they will actually perform.

Measure slow requests, not just averages

Average response time can hide the slowest requests. Compare median response time, 95th-percentile response time, error rates, stale responses, and recovery during traffic spikes. Check whether the provider publishes a status history and whether your plan includes a service-level agreement.

Decide whether you need dedicated infrastructure

Use shared RPC unless you have a clear reason to reserve infrastructure for your team alone. Choose dedicated infrastructure when you need custom node software, servers in a specific region, capacity that other customers cannot use, or security controls that shared infrastructure cannot provide.

See dedicated versus shared nodes and private RPC endpoints for a deeper comparison.

Verify support for every chain and feature you need

A provider can list a chain without supporting every feature on that chain. Before you commit, confirm:

• Mainnet, testnet, and archive availability
• The exact JSON-RPC, trace, and debug methods you use
• WebSocket, webhook, or gRPC support
• Batch and log-range limits
• Transaction submission and simulation behavior
• Regional availability for shared and dedicated products

Calculate what your app would cost

Export a sample of your API usage. For each provider, calculate what those exact calls would cost under its pricing rules. Include any extra charges for archive data, overages, streaming, dedicated servers, support, or a minimum contract term. A plan with fewer free units can still cost less for the calls your app makes.

Review security and operational controls

If your app handles regulated or high-value activity, do not stop at a security logo. Ask for the SOC 2 report or ISO 27001 certificate and confirm that it covers the product you plan to use. Check how the provider limits account access, records administrative changes, responds to security incidents, and handles urgent support requests.

The 12 best blockchain node providers

Alchemy

Alchemy combines multichain shared RPC infrastructure with Dedicated Clusters for teams that need capacity reserved for their traffic. Dedicated Clusters can run custom node software, deploy in a selected region, and fall back to shared infrastructure.

The platform also includes archive data, WebSockets, and indexed APIs for common jobs such as reading token balances or transaction history without running a separate indexer. Alchemy pricing starts with 30 million CU per month and a free rate of 300 CU per second. Pay as You Go is $0.45 per million CU through 300 million monthly CU, then $0.40 per million. The RPC directory covers 100+ blockchains, while Dedicated Cluster pricing depends on the configuration.

Ankr

Ankr combines a self-serve multichain RPC gateway with bare-metal infrastructure across 30+ regions. Enterprise customers can also arrange dedicated infrastructure separately from the shared Node API.

Ankr's Node API includes 200 million API Credits per month and 30 requests per second on the free plan. Pay as You Go starts at $10 per 100 million API Credits. The free plan lists 50+ chains, while Ankr's official directory currently lists 80 chains. Ankr also states that it holds SOC 2 Type II.

Blockdaemon

Blockdaemon focuses on managed blockchain infrastructure for institutions. Its clearest differentiator is deployment choice: customers can run exclusive Dedicated Nodes in the cloud or on bare metal across 70+ published Points of Presence.

Blockdaemon API pricing includes up to 3 million CU per month and five requests per second on the free tier, followed by self-serve paid plans and a custom Enterprise plan. The RPC API supports 23 blockchains, while broader company totals include products beyond RPC. Its Trust Center lists ISO 27001, SOC 2 Type II, and SOC 1 Type I coverage.

Chainstack

Chainstack offers shared Global Nodes that route requests to a nearby available location, plus exclusive Dedicated Nodes for teams that want their own compute and storage. This gives developers a path from ordinary RPC access to heavier archive, log, trace, debug, or subscription workloads without changing providers.

Chainstack pricing starts with 3 million RU per month and 25 requests per second for free, followed by the $49-per-month Growth plan. Standard RPC methods generally cost 1 RU, while archive and documented trace or debug methods cost 2 RU. Chainstack supports 70+ chains, publishes regions in Asia-Pacific, Europe, and the United States, and lists SOC 2 Type II and ISO/IEC 27001 certifications.

Coinbase Developer Platform Node

Coinbase Developer Platform Node is a focused option for applications built on Base. It combines Ethereum-compatible RPC with CDP-specific Paymaster and wallet-history methods, but it only supports Base Mainnet and Base Sepolia.

CDP Node provides 10 million Billing Units free per month per project, then charges $0.50 per million additional BU. Its project limit is 7,500 BU every five seconds. CDP Node does not publicly offer dedicated nodes or selectable deployment regions.

dRPC

dRPC NodeCloud is a routing layer rather than a conventional single-fleet node provider. It sends traffic across a pool of 50+ infrastructure providers, with retries and routing through eight geographic clusters when an endpoint is slow or unavailable.

The free tier includes 210 million CU per 30-day period and normally allows 120,000 CU per minute per IP address. dRPC also offers a self-hosted RPC stack but not a conventional self-serve dedicated-node plan. Its live directory lists 135 chains.

GetBlock

GetBlock is one of the few providers in this guide that publishes starting prices for dedicated nodes. Developers can choose shared endpoints, isolated endpoints with dedicated routing, or a node reserved for one customer.

GetBlock's free shared plan includes 50,000 CU per day and 20 requests per second. GetBlock publishes support for 130+ blockchains. A Dedicated Full Node starts at $1,000 per month, while an Archive Node starts at $1,500 per month. GetBlock lists locations in Frankfurt, New York, and Singapore and states that it completed a SOC 2 Type II attestation.

Helius

Helius is a Solana-only infrastructure platform. In addition to shared RPC, it offers LaserStream for streaming data, Sender for transaction delivery, and Dedicated Nodes for teams that need reserved Solana infrastructure.

Helius pricing starts with 1 million credits per month and 10 RPC requests per second. The $49 Developer plan includes 10 million credits and 50 RPC requests per second, while Dedicated Nodes start at $2,900 per month. Helius publishes a bare-metal RPC fleet across 11 regions and a SOC 2 Type II report.

Infura

Infura provides managed RPC and archive access across 23 blockchains, along with custom enterprise scaling. Unlike providers with a public dedicated-node product, Infura's current product pages focus on managed APIs rather than infrastructure reserved for one customer.

Infura pricing includes 3 million daily credits and 500 credits per second on Core Free. The Developer plan is $50 per month. The public product pages do not list customer-selectable deployment regions. The Consensys security page lists ISO 27001 certification but does not name Infura in its SOC 2 scopes.

NOWNodes

NOWNodes offers one account for shared access across 120+ blockchains, plus dedicated nodes for teams that want their own server. Dedicated deployments can run in a selected region or across multiple regions.

NOWNodes pricing offers the Start plan free for one month with 100,000 requests across five networks. The shared-node page lists 15 requests per second on Start. NOWNodes does not publish one fixed rate limit for paid or dedicated plans; capacity depends on the selected cluster or hardware.

Pocket Network

Pocket Network provides free public RPC endpoints that require no API key. Instead of routing every request through one company's servers, its gateways send traffic across a network of 5,000+ independent nodes.

The current Pocket homepage lists support for 60+ blockchains and keeps its public endpoints free, with Foundation Partnerships available to sponsor more capacity. Pocket does not publish a standard paid plan or universal public-user rate limit. Grove, the former commercial gateway team, is winding down, while Foundation endpoints remain available.

QuickNode

QuickNode combines self-serve multichain RPC with Dedicated Clusters for customers that want reserved infrastructure. The dedicated product lists six locations: London, Montreal, Mumbai, Oregon, Dublin, and Frankfurt.

QuickNode pricing includes a one-month trial with 10 million API credits and 15 requests per second. The first paid plan is $49 per month, or $42 per month billed annually. Its live directory lists 79 chains, and its security page lists SOC 1 Type 2, SOC 2 Type 2, and ISO/IEC 27001 coverage.

Choose the provider that fits the workload

Start with a representative test, not a logo count. Measure your busiest API calls from the regions where your application runs, calculate the cost under each provider's pricing rules, and decide whether shared, dedicated, decentralized, or hybrid infrastructure fits the operating requirements.

If Alchemy matches your workload, compare the free RPC plan, inspect the live benchmark, or ask about Dedicated Clusters for regional single-tenant infrastructure.

Frequently Asked Questions

Which providers offer regional dedicated nodes?

Running dedicated nodes near your application can reduce network latency and help meet data-location requirements. Among the providers reviewed:

• Alchemy can deploy Dedicated Clusters in a selected region.
• Ankr describes dedicated enterprise infrastructure and 30+ global regions.
• Blockdaemon publishes 70+ Points of Presence for dedicated deployments.
• Chainstack publishes dedicated infrastructure in Asia-Pacific, Europe, and the United States.
• GetBlock lists Europe, Asia, and the United States for dedicated servers.
• Helius offers dedicated Solana nodes across 11 named regions.
• NOWNodes supports selected-region and multi-region dedicated clusters.
• QuickNode lists six dedicated-cluster locations.

How much does a dedicated blockchain node cost?

Shared RPC can start at $0 for development and then move to usage-based or fixed monthly pricing. Dedicated nodes usually cost more because the customer pays for isolated provisioned capacity instead of only API usage.

Among providers in this guide with public dedicated pricing, GetBlock starts at $1,000 per month for a Full Node and Helius starts at $2,900 per month for a dedicated Solana node. Alchemy, QuickNode, Blockdaemon, and Ankr use configuration-based or quote-based pricing for at least some dedicated deployments.

The quote can depend on chain, node type, archive retention, region, redundancy, hardware, support, and contract term. Compare total capacity and operations, not only the endpoint price.

What are the best QuickNode alternatives?

Relevant alternatives depend on the switching reason:

• Alchemy for shared RPC with regional single-tenant clusters.
• Chainstack for shared global routing or dedicated compute and storage.
• dRPC for provider-aggregated routing and regional failover.
• Helius for Solana-specific streaming and transaction delivery.
• Infura for managed multichain APIs with daily credit allowances.

Benchmark the same methods from the same regions, then compare the pricing model under your actual traffic.

Which RPC provider supports the most blockchains?

Among the providers in this guide, dRPC publishes the largest chain total at 135. GetBlock publishes 130+ chains, NOWNodes publishes 120+, Alchemy publishes 100+, Ankr publishes 80, and QuickNode publishes 79.

The totals come from each provider's current product directory. A larger directory does not guarantee archive, trace, debug, WebSocket, or gRPC support on every entry.

Should you use one node provider or several?

One provider reduces integration, billing, and support overhead. Using several can reduce exposure to one provider's outage, but only if your app checks endpoint health, validates responses, and switches providers safely.

Adding a second endpoint does not create resilience by itself. Test whether both providers return the same required data at the same block height. For transactions, make sure switching endpoints cannot submit the same transaction twice or change its order.