10 Best Web3 Node Infrastructure Platforms in 2026

In this article, I will talk about the Top Web3 Node Infrastructure Platforms for developers, Web3 projects and enterprises. We’ll compare their RPC and node infrastructure, APIs, pricing, performance, scalability, data services and developer tools, as well as their blockchain support. This manual will walk you through the key differences between the top platforms and help you select the appropriate infrastructure for various Web3 application requirements.

What Is Web3 Node Infrastructure Platforms?

Web3 node infrastructure platforms are managed services that provide the underlying blockchain connectivity that decentralized applications, wallets, exchanges, protocols and Web3 businesses need.

Instead of running and maintaining blockchain nodes themselves, developers are able to leverage these platforms for RPC endpoints, full nodes, archive nodes, APIs, indexing, real-time data, and transaction access. Many providers also support multiple blockchain networks and provide scalable infrastructure, monitoring, routing and security features.

Depending on the platform, services may also include staking, validator management, Web3 data APIs, dedicated nodes, and enterprise infrastructure. These services help teams build and operate blockchain applications without managing the entire node stack themselves.

Key Points

Platform	Founded	Blockchain Support	Pricing Model	Node & RPC Infrastructure	API & Data Services	Performance & Scalability	Best Use Case
Moralis	2020	EVM chains, Solana and other major networks	Subscription + usage-based	RPC Nodes, archive data, managed infrastructure	Wallet, Token, NFT, DeFi, Price, Streams APIs	Scalable RPC and API infrastructure	dApps, Web3 data apps, wallets
InfStones	2018	Multiple EVM and non-EVM networks	Usage/infrastructure-based	Managed nodes, validators, RPC infrastructure	Blockchain APIs and node access	Managed and scalable enterprise infrastructure	Institutions, protocols, staking
Tatum	2018	100+ blockchain networks	Free tier + paid subscription/usage	Full nodes, archive nodes, RPC, intelligent routing	Data APIs, Webhooks, Smart Wallets	Load balancing, caching, failover, high throughput	Multichain dApps and fintech
GetBlock	2019	130+ blockchain networks	Free tier + Compute Units + dedicated plans	Shared, dedicated, archive nodes and RPC	RPC APIs, WebSockets, developer tools	Geo-routing, dedicated capacity, scalable RPS	dApps, wallets, exchanges
Validation Cloud	2019	50+ networks across major ecosystems	Free tier + usage-based	Managed Node API and infrastructure	Node APIs, staking and Web3 data	Global routing and high-throughput infrastructure	Enterprise Web3 and staking
Figment	2018	Major Proof-of-Stake networks	Institutional/custom pricing	Managed validators and staking infrastructure	Staking APIs, Rewards API, reporting	Enterprise validator operations and monitoring	Institutions and asset managers
RockX	2019	20+ EVM and non-EVM networks	Per-request + custom dedicated pricing	AccessNode, full nodes, archive nodes	RPC access and infrastructure APIs	Geo-routing, caching, hybrid-cloud failover	Institutional Web3 infrastructure
PoktScan Gateway / POKT.ai	2020*	50+ blockchain networks	Per-million-request pricing	Full-node and archive RPC	RPC gateway, analytics, endpoint management	Decentralized RPC infrastructure	Multichain RPC and AI-agent access
Infura	2016	Major EVM and Web3 networks	Free tier + paid plans	Managed RPC and node infrastructure	Blockchain APIs, archive data, developer APIs	Scalable managed RPC infrastructure	dApps and Web3 developers
Blockdaemon	2017	70+ networks	Free access + usage/enterprise pricing	RPC, dedicated nodes and managed infrastructure	Data, RPC, staking and transaction APIs	Auto-scaling, enterprise infrastructure	Institutional and enterprise Web3

1. Moralis

Moralis makes it easy for developers to access Web3 APIs, RPC and structured on-chain data. Launched in 2020, it supports networks like Ethereum, Solana, Base, Polygon, BNB Chain, Avalanche, Arbitrum, Optimism and more. It currently has Starter at $149/mo and Pro at $249/mo when billed annually, with higher enterprise capacity available.

Moralis provides RPC Nodes, full archive data, Wallet, Token, NFT, Price, Defi and Streams APIs with throughput scaling on plans. This infrastructure is ideal for dApps, wallets, analytics platforms, and use cases requiring RPC connectivity and structured blockchain data.

Moralis Features

• Web3 Data APIs: Wallet, Token, NFT, Defi, Price, Blockchain APIs
• Multi-Chain RPC Nodes: Offers RPC access to major EVM and selected non-EVM networks.
• Extended RPC Methods: Better methods for token balances, transaction history, token prices, and decoded transactions.
• Real-Time Streams: Delivers blockchain events through real time webhook based data delivery.
• Performance & Security. Scalable infrastructure with advertized response times of 70 ms, 99.9% uptime and SOC 2 Type II certification.

Pros	Cons
Broad Web3 API and RPC infrastructure	Paid plans can become costly for high-volume workloads
Provides structured wallet, token, NFT, DeFi, and blockchain data	Compute Unit pricing requires usage monitoring
Supports archive data and multiple RPC nodes	Some advanced capabilities are tied to higher plans
Business plan supports high API throughput	Better suited to data-rich applications than basic RPC-only needs
Enterprise plans provide custom throughput and support	Enterprise pricing is not publicly listed

2. InfStones

InfStones provides managed blockchain infrastructure with a focus on node deployment, staking, RPC access and blockchain development infrastructure. The platform, founded in 2018, offers support for a wide variety of blockchain networks within the EVM and non-EVM ecosystems.

InfStones provides managed node infrastructure so teams don’t have to build and maintain their own individual servers. Its services target organizations seeking scalable blockchain connectivity, validator infrastructure and enterprise-oriented deployment.

Pricing is generally based on usage and infrastructure, with custom plans for larger workloads. Its infrastructure model is well suited for protocols, institutions, Web3 apps, and teams looking for managed node operations.

InfStones Features

• Multi-Chain Support: Provides infrastructure for various blockchain protocols.
• Managed Node Infrastructure: Offers managed blockchain nodes, allowing developers to connect to networks without the burden of running node infrastructure themselves.
• Fast API: Allows applications and developers to access the blockchain via APIs.
  Usage Based Pricing: The cost of each request is calculated based on resource consumption. The cost varies for different RPC methods.
• Auto-Scaling: The infrastructure can scale automatically and service plans can be scaled up according to the requirements and usage of the application.

Pros	Cons
Managed blockchain node infrastructure	Pricing can be less straightforward than simple RPC providers
Supports multiple blockchain ecosystems	Extensive infrastructure may be more than small projects need
Reduces the operational burden of running nodes	Enterprise-oriented features may require sales engagement
Suitable for staking and validator infrastructure	Feature availability varies by supported blockchain
Designed for institutional and production workloads	Less focused on consumer-friendly developer tooling

3. Tatum

Tatum provides one API for blockchain, notifications and data services, SDK, RPC access. Founded in 2018, Tatum currently supports 142 networks, including Ethereum, Bitcoin, Solana, Polygon, Base, Arbitrum, Avalanche, BNB Smart Chain, and other major chains. It has an infrastructure that is organized in different support tiers, with higher tiers offering higher availability and direct support.

Dedicated API keys start at $99/month for 10 RPS, with higher throughput options up to 100 RPS for $1,049/month. Tatum offers multi-chain applications with RPC, blockchain APIs, smart wallet capabilities, notifications and data services.

Tatum: Features

• 130+ Blockchain Networks: It offers integrated access to more than 130 blockchain networks via its infrastructure layer.
• Smart RPC Routing: Distributes requests across healthy nodes using load balancing, geo routing, caching and failover.
  Blockchain Data APIs: Offers standardized wallet, token, transaction and DeFi data.
• Web3 Notifications: Webhook-based transaction alerts and smart-contract event notifications.
• High-Performance RPC: Advertizes up to 200 requests/sec, sub-50 ms latency, WebSocket support, 99.99% uptime.

Pros	Cons
Unified infrastructure across 100+ blockchain protocols	Broad feature set can require a learning curve
Provides full and archive node access	Usage-based pricing requires monitoring
Includes indexed Data APIs and blockchain notifications	Advanced workloads can increase costs
Intelligent RPC routing includes caching and automatic failover	Some infrastructure capabilities depend on supported networks
Smart Wallets add transaction and wallet functionality	Developers needing only basic RPC may not need the complete stack

4. GetBlock

GetBlock has been running since 2019 and offers managed RPC infrastructure for over 130 blockchain networks. It includes Ethereum, Bitcoin, Solana, BNB Chain, Polygon, Arbitrum, Base, Aptos, Sui and other networks.

GetBlock provides shared and dedicated nodes, archive access, Websockets, MEV-protected endpoints, geo-routing, analytics and API connectivity.

Current shared plans start at a free tier and scale to paid tiers via Compute Units and requests per second. Dedicated infrastructure provides high-volume workloads and custom configurations. This makes GetBlock a good fit for dApps, wallets, exchanges, analytics platforms and enterprise applications.

Get Block Features

• Multi-Chain RPC Access: RPC endpoints for 100+ blockchains and multiple blockchain interfaces. ([Documentation GetBlock][6])
• API Access: Allows applications to connect to supported blockchain nodes with authenticated access tokens.
  Developer Tools: RPC documentation, SDK documentation, API documentation, developer resources.
• Node Connectivity: Interact with blockchains using standard RPC methods on supported networks.
  Scalable Infrastructure: Built to provide fast and dependable blockchain connections for dApps and applications experiencing increasing traffic.

Pros	Cons
Supports 130+ blockchain networks	Compute Unit pricing can make usage forecasting harder
Offers shared and dedicated node options	Higher-performance dedicated infrastructure costs more
Provides archive data and WebSocket access	Advanced capabilities may require paid plans
Offers geo-routing and high-throughput plans	Free tier has limited capacity
Dedicated nodes can provide customized infrastructure	Large-scale users may need enterprise arrangements

5. Validation Cloud

Validation Cloud offers staking infrastructure, Node APIs, and Web3 data services to developers and enterprises. The Node API connects to over 50 networks including Ethereum, Solana, Bitcoin, BNB Chain, Polygon, Hedera, ICP, Optimism, Monad, and others.

The platform provides a free tier that supports up to 50 million Compute Units per month, and then a usage-based Scale pricing starting at $0.50 per million CUs, with discounted rates at higher volumes.

It offers a worldwide delivery network and scalable API infrastructure for high-volume blockchain applications. Validation Cloud is especially useful for developers needing managed RPC access and enterprise-grade infrastructure.

Validation Cloud Features

• Node API: High performance blockchain connectivity to 50+ networks.
  Smart Routing: Automatically routes requests to the best nearby nodes, decreasing latency and increasing reliability.
• Archive Access: Full history/archive access on supported networks where the feature is enabled.
• Enterprise scale: Infrastructure built for high throughput workloads and large scale monthly interactions.
• Staking Infrastructure: Non-custodial staking, validator deployment, DVT support, rewards reporting and API-based staking services.

Pros	Cons
Combines node and staking infrastructure	Supported-network coverage varies by service
Designed for high-volume blockchain access	Enterprise features may require customized arrangements
Provides scalable Node API infrastructure	Usage-based models require workload monitoring
Supports institutional blockchain workloads	May be more infrastructure than small projects require
Offers additional staking and validator services	Pricing can be less transparent for specialized requirements

6. Figment

Founded in 2018, Figment is an institutional blockchain infrastructure company, best known for staking, validator and blockchain infrastructure services.

Designed for institutions, custodians, asset managers and Web3 businesses, it supports major proof-of-stake ecosystems. Rather than primarily positioning itself as a low-cost public RPC provider, Figment is a managed validator infrastructure, staking, rewards, and institutional connectivity provider.

Pricing is typically shaped by network and institutional needs rather than a simple public monthly RPC tier. The operational model is built on security, reliability, monitoring and scalability, making it relevant for organizations managing large digital-asset infrastructure.

Figment Features

• Institutional Staking: Gives institutions and digital-asset businesses with enterprise-grade staking infrastructure.
• Validator Infrastructure: Running and managing validators on the major Proof-of-Stake networks.
• Staking API: A single API to integrate staking workflows into applications and platforms.
• Rewards API: Provides uniform access to reward, balance, penalty and historical staking data for supported networks. [Figment][8]
• Rewards Reporting: Dashboards, APIs and downloadable reports to track validator and portfolio performance.

Pros	Cons
Strong focus on institutional staking infrastructure	Not primarily designed as a general-purpose low-cost RPC provider
Managed validator operations reduce infrastructure burden	Pricing is generally tailored to institutional requirements
Supports multiple Proof-of-Stake networks	Best features are oriented toward staking workflows
Provides institutional-grade operational infrastructure	Smaller developers may not need its full capabilities
Suitable for custodians, institutions, and asset managers	Node/RPC use cases are less central than staking

7. RockX

Founded in 2019, RockX offers institutional staking, RPC, validator and node infrastructure. Today, its AccessNode product supports 20+ blockchain networks across the EVM and non-EVM ecosystems, including Ethereum, Binance, Polygon, Avalanche, Arbitrum, Base, Solana, Aptos, Sui, Polkadot and others.

RockX uses geo-routed infrastructure, caching, hybrid-cloud failover, multi-region deployment and advertizes an average response time of around 0.05 seconds. AccessNode charges predictable per-request pricing, instead of Compute Units.

The platform offers dedicated infrastructure, validators, staking, 24/7 monitoring, and institutional support for exchanges, custodians, protocols and enterprises.

Rock X Features

• AccessNode RPC: Institutional RPC access to 20+ blockchain networks.
• Speed: Geo-routed nodes, caching, advertized average response time of ~0.05 sec.
• Hybrid-Cloud Failover: Multi-region and Multi-cloud infrastructure with failover.
  Predictable Pricing: Pricing is based on per request basis, 1 RPC call is considered as 1 unit and not varying Compute Units.
• Dedicated Infrastructure: Dedicated full and archive nodes with private capacity, custom configurations and high volume support.

Pros	Cons
AccessNode supports 20+ blockchain networks	Chain coverage is smaller than some broad multichain competitors
Predictable per-request pricing	Less suitable if you need hundreds of supported networks
Average response time is advertised around 0.05 seconds	Some advanced infrastructure requires dedicated arrangements
Hybrid-cloud failover improves resilience	Institutional positioning may exceed the needs of small projects
Provides dedicated infrastructure and 24/7 monitoring	Enterprise features can require direct sales engagement

8. PoktScan Gateway

The existing RPC gateway infrastructure of Pocket Network provides access to 50+ blockchain networks through the POKT.ai gateway such as Ethereum, Polygon, Arbitrum, Optimism, Base, Avalanche, BNB Chain, Solana, Cosmos and Gnosis. Full-node RPC is $3/million requests, archive RPC is $6/million requests.

Built on Pocket Network’s infrastructure, the gateway offers endpoint management, usage analytics, billing and team controls. Its architecture is geared toward scalable distributed RPC delivery, not toward single self-managed nodes. It supports applications that require multichain RPC access with simple request-based pricing.

PoktScan Gateway / POKT.ai Features

• Usage Analytics: Tools for usage tracking, endpoint management, invoicing and billing.
• Full-Node RPC: Provides production RPC access, priced per request volume.
• Archive RPC: Provides dedicated archive RPC access for historical blockchain queries.
• Multi-Chain Connectivity: Connects to multiple blockchains via the Pocket infrastructure.
• AI/MCP Support: Provides AI agents with access to MCP built on top of its RPC infrastructure and platform tools.

Pros	Cons
Simple per-million-request RPC pricing	Archive requests cost more than full-node requests
Full-node RPC priced at $3 per million requests	Pricing can rise quickly at very large request volumes
Archive RPC available for historical workloads	Feature depth differs from full Web3 data platforms
Includes usage analytics and endpoint management	Developers needing extensive indexed APIs may need additional services
Adds MCP access for AI-agent workflows	AI-agent features are less relevant to traditional dApps

9. Infura

Infura offers managed blockchain RPC and API infrastructure to developers building decentralized applications. Its Core plan is currently free and gives you access to 40+ supported networks, full archive data and expansion APIs, Developer starts at $50/month and Team at $225/month.

Higher plans offer more throughput and support. Infura also offers APIs for blockchain access, debugging & tracing and other Web3 development needs.

It’s infrastructure is built to take the operational burden away from directly maintaining blockchain nodes. It is especially suited for developers and teams building dApps that need managed RPC connectivity and scalable blockchain access.

Infura Features

• Managed RPC Infrastructure: Provides access to the blockchain without the need to run your own nodes.
• Multi-Chain Connectivity: Managed RPC endpoints & APIs to connect to major blockchain ecosystems.
• Archive Data: Access to blockchain history data for supported networks and more.
• Developer APIs: Provides infrastructure to query blockchain data, build on top of it, and connect to Web3.
  Scalable Plans: Offers tiered infrastructure to accommodate projects from development and testing to higher-volume application workloads.

Pros	Cons
Established managed blockchain infrastructure	Some advanced capacity requires paid plans
Simplifies blockchain node access	Pricing and quotas vary by service
Suitable for dApps and production applications	Developers may need additional tools for specialized indexing
Provides RPC and blockchain API capabilities	Large-scale workloads can require customized arrangements
Strong fit for teams that prefer managed infrastructure	Less control than operating dedicated nodes yourself

10. Blockdaemon

Blockdaemon has been providing blockchain infrastructure since 2018, including nodes, APIs, staking, data and transaction services for institutional and enterprise users. Its infrastructure powers 70+ networks and its node platform offers over 300 node types with multiple deployment options.

The supported networks are Bitcoin, Ethereum, Solana, Polygon, Avalanche, Arbitrum, Base, Polkadot, Near, Stellar, Tron and others. Blockdaemon provides free API access for testing, with paid plans scaling via Compute Units & request limits.

Its node infrastructure supports deployment on cloud and hosting environments with security certifications and enterprise-oriented operational controls.

Blockdaemon Features

• Enterprise RPC API: Get REST and RPC access to 20+ blockchain protocols.
  Blockchain Data APIs: Offers standardized access to blockchain data via its API suite.
• Historical Data: Gives access to historical data on the blockchain for application and analytics workloads.
• Real-Time Monitoring: Offers WebSockets and webhooks enabling real-time monitoring of on-chain events and activities.
• Institutional infrastructure: Unites staking, RPC, node infrastructure, transaction services and blockchain APIs for institutional use cases.

Pros	Cons
Strong institutional and enterprise focus	Enterprise pricing is customized
Provides RPC, Data, and Staking APIs	Broad product portfolio can be complex for beginners
Supports scalable blockchain access without node management	Some advanced capabilities require paid plans
Offers auto-scaling on eligible paid plans	Compute Unit usage needs monitoring
Provides customizable API solutions and institutional support	May be more infrastructure than small dApps require

Conclusion

For developers, protocols, enterprises and applications that need reliable blockchain connectivity, but don’t want the headache of managing complex node operations themselves, web3 node infrastructure platforms have become essential.

Moralis, InfStones, Tatum, GetBlock, Validation Cloud, Figment, RockX, PoktScan Gateway, Infura, and Blockdaemon all provide different combinations of RPC access, managed nodes, APIs, blockchain data, staking infrastructure, and scalable deployment options.

Compare these platforms across supported networks, pricing models, request capacity, API capabilities, archive data, performance, security and deployment flexibility. In the end, the best platform for you will be determined by your application’s blockchain coverage, traffic needs, infrastructure needs, development workflow, and long-term scaling plans.

FAQ