10 Best Node-as-a-Service Platforms in 2026

In this article, I will be reviewing the Best Node-as-a-Service Platforms for developers, Web3 startups and enterprises. We’ll evaluate the top providers across supported networks, node types, pricing, RPC performance, rate limits, scalability, APIs, security, archive access, and developer tools.

This guide will assist you to understand the key differences and help you figure out the right blockchain infrastructure options for different project requirements.

How to Choose a Node-as-a-Service Platform

Verify Supported Networks: Choose a provider that supports the blockchains, L2s, mainnets and testnets your app needs. also considering future network needs so that you don’t need to switch out infrastructure later

Compare Node Types: See if the platform offers full, archive, dedicated, validator or specialized nodes. Archive nodes are useful if your application requires historical blockchain state or data.

Evaluate RPC Performance: Compare latency, throughput, consistency of response, requests per second capacity. The provider should be able to handle your normal traffic, as well as spikes in demand.

Review Rate Limits: Examine RPS limits, monthly or daily quotas, burst capacity, and throttling rules. A provider with insufficient limits can block your app during traffic spikes.

Check for WebSocket Support: If your application needs real-time blockchain events, transactions or contract activity, look for WebSocket support, connection limits and subscription capabilities.

Compare Prices: Don’t just compare the starting price. Compare free credits, RPC requests, compute units, overage charges, archive access, dedicated-node costs and enterprise pricing to see true infrastructure cost.

Ensure Scalability: Choose a platform that can grow with your application, increasing throughput, upgrading plans, adding nodes or moving to dedicated infrastructure.

How We Selected These NaaS Platforms

Selection Factor	What We Evaluated
Supported Networks	We considered the range of blockchain networks, L1s, L2s, and ecosystems supported by each platform.
Node Infrastructure	We checked the availability of full nodes, archive nodes, dedicated nodes, validator infrastructure, and other node options.
RPC Performance	We evaluated RPC access, response performance, throughput, reliability, and infrastructure designed for production workloads.
Rate Limits	We compared requests-per-second limits, monthly quotas, compute units, API credits, and available capacity across plans.
Pricing	We reviewed free tiers, subscription plans, usage-based pricing, dedicated-node costs, and enterprise pricing models.
Scalability	We considered whether platforms can accommodate increasing traffic through higher limits, dedicated infrastructure, additional nodes, or custom capacity.
API & Developer Tools	We examined RPC APIs, WebSockets, SDKs, dashboards, webhooks, debugging tools, data APIs, and other developer resources.
Archive & Historical Data	We checked whether providers offer archive access and historical blockchain data for analytics, indexing, and advanced applications.
Reliability	We considered uptime commitments, redundancy, failover capabilities, monitoring, and infrastructure designed for continuous availability.
Security	We reviewed access controls, API authentication, infrastructure isolation, monitoring, and other security-related capabilities.
Geographic Coverage	We considered regional infrastructure and multi-region availability where providers publicly disclose these capabilities.
Enterprise Support	We evaluated dedicated support, SLAs, custom infrastructure, account management, and enterprise deployment options.
Use-Case Coverage	We included platforms serving different requirements, including dApps, DeFi, wallets, exchanges, gaming, analytics, and enterprise Web3 applications.
Platform Differentiation	We looked for distinctive capabilities such as Solana-focused infrastructure, decentralized RPC, intelligent routing, dedicated nodes, or integrated development tools.
Overall NaaS Utility	The final selection focused on the breadth of infrastructure capabilities and how effectively each platform addresses practical blockchain node-access requirements.

Node-as-a-Service Pricing: What Actually Drives Cost?

Node-as-a-Service pricing is not just based on the advertized monthly plan. The main cost drivers are RPC requests, requests per second, compute-unit consumption, supported blockchain networks, node type, storage, bandwidth, archive data, WebSocket connections, and dedicated infrastructure.

Shared nodes are usually cheaper, while dedicated and archive nodes require more resources and are more expensive.

Providers may also charge for higher API limits, additional regions, premium support, or enterprise service level agreements. Free plans may work for testing and small projects, but larger applications may need paid capacity. By comparing total usage requirements, it helps to determine the actual NaaS cost for a project.

Key Points

Platform	Key Point 1	Key Point 2
Helius	Solana-focused infrastructure	High-performance RPC
Tenderly Node	EVM-focused RPC infrastructure	Virtual TestNets support
Moralis	Multi-chain infrastructure	Blockchain data APIs
Tatum	Multi-chain node access	RPC and blockchain APIs
InfStones	Multi-chain node infrastructure	Full and validator nodes
Gateway.fm	Managed blockchain infrastructure	RPC and node services
All That Node	Multi-chain RPC provider	JSON-RPC and WebSocket
Lava Network	Decentralized RPC network	Multi-chain data access
NOWNodes	Multi-chain full-node access	Dedicated node options
Allnodes	Multi-chain node hosting	Validator infrastructure

1. Helius

Year Founded: 2022. Created by Mert Mumtaz, Nicolas Pennie and Liam Vovk, Helius is heavily focused on Solana infrastructure. Supported networks It is Solana and SVM focused on its fundamental infrastructure, not a general multi-chain NaaS.

Node Types: We provide high-performance RPC nodes, dedicated nodes, archival access, LaserStream WebSockets/gRPC, and transaction infrastructure. Pricing: Plans start free, then Developer at $49/month, Business at $499, and Professional at $999; dedicated nodes start at around $2,900/month.

Performance: Published RPC limits vary from 10 to 500 RPS. Scalability: Higher tiers offer more throughput and custom enterprise infrastructure. Rate Limits: 10, 50, 200 and 500 RPS based on the plan.

Key Strengths of Helius

• Solana-native infrastructure: Infrastructure purpose-built for Solana applications and high-performance workloads.
  Low-Latency RPC: Globally-distributed RPC infrastructure for quick reads and writes.
• Live Data Streaming: LaserStream delivers live Solana data via gRPC and WebSockets.
• Transaction Delivery: Sender is designed for fast transaction landing on Solana infrastructure.
• Enterprise Reliability: Helius comes with 99.99% RPC success rate and enterprise-grade infrastructure.

Feature	Details
Solana RPC Infrastructure	High-performance RPC infrastructure designed specifically for Solana applications.
LaserStream	Provides low-latency Solana streaming through WebSockets and gRPC, including real-time transaction and account data.
Transaction Infrastructure	Sender and related transaction services are designed to improve transaction delivery and landing performance.
Archival Data	Provides access to historical Solana blockchain data for applications requiring older on-chain information.
Preprocessed Transactions	Developers can access processed transaction data without handling all raw blockchain processing themselves.
Dedicated Nodes	Dedicated Solana nodes are available for applications requiring specialized infrastructure and higher control.
Scalability	Plans scale from 10 RPS on the free tier to 500 RPS on Professional, with custom enterprise limits.
Developer Tools	APIs, webhooks, RPC, data streaming, transaction tools, and other Solana-focused developer services.
Enterprise Features	Enterprise plans include custom rate limits, advanced geographic coverage, optimized infrastructure, and latency/uptime SLAs.
Pricing	Free, Developer ($49/month), Business ($499/month), Professional ($999/month), and custom Enterprise options. (

2.tenderly node

Founded: Tenderly began as a blockchain development infrastructure company, later expanding to offer its Node RPC. Supported Networks: Tenderly Node supports many EVM networks including Ethereum, Arbitrum, Base, Polygon, Optimism, Linea, Blast, BOB, Mode and more.

Node Types Main offerings are managed node RPC endpoints with simulation, debugging, tracing and Virtual TestNets. Pricing: Tenderly has a usage-based pricing model on its platform, measured in Tenderly Units (previously documented at 350 million TUs per month for Pro).

Performance: it emphasizes low-latency, production-grade RPC and multiregional routing. Scalability: Multiple RPCs can be created per network and traffic can be controlled with access controls that are standard. Rate Limits The published Pro documentation lists 300 TU/second with soft limits for usage spikes.

Key Strengths of Tenderly Node Provider

• Production-Grade RPC: Managed JSON-RPC endpoints for production applications, so you never need to self-host nodes.
  EVM Development Integration: Node infrastructure integrates directly with Tenderly’s debugging, simulation and testing tools.
• Consistent Data Access: Built to serve application workloads with consistent reads from the blockchain.
  Custom RPC: Developers are able to configure custom RPC endpoints and control which methods are supported.
  Developer-Friendly Monitoring: See request activity, usage, and operational behavior in the Tenderly environment.

Feature	Details
Managed RPC Nodes	Provides managed blockchain RPC access for applications without requiring teams to operate their own nodes.
EVM Infrastructure	Primarily designed around Ethereum and EVM-compatible development environments.
RPC Endpoints	Developers can create and use RPC endpoints for application and smart-contract interactions.
Simulation Integration	Node infrastructure works alongside Tenderly’s transaction simulation and debugging environment.
Debugging Tools	Developers can inspect transactions, traces, contracts, and execution behavior within the broader Tenderly platform.
Virtual TestNets	Provides development environments that allow teams to test blockchain applications with controlled network states.
Development Workflow	Combines RPC infrastructure with testing, simulation, debugging, and monitoring tools.
Production Support	Designed for applications requiring managed blockchain infrastructure rather than self-hosted nodes.
Custom Infrastructure	Enterprise-oriented requirements can be handled through customized infrastructure and support arrangements.
EVM Focus	Particularly useful for teams building and testing smart-contract applications across EVM networks.

3. Moralis

Founded: Moralis is a Web3 development infrastructure company focused on simplifying blockchain application development. Supported Networks: It supports major networks such as Ethereum, Base, Solana, BNB Smart Chain, Polygon, Avalanche, Arbitrum, Optimism, Linea, Gnosis and more.

Node Types: The NaaS-style infrastructure includes managed RPC nodes in addition to blockchain data APIs and Streams. Pricing: The current paid plans are published as: Starter $149/month, Pro $249 and Business $749 billed annually, and Enterprise custom pricing.

Performance: Throughput is 40 RPS on Starter and 200 RPS on Business. Scalability: Business offers unlimited RPC nodes and increased API capacity. Rate Limits: Published plans are 40, 80 and 200 RPS respectively.

Key Strengths of Moralis

• Broad Chain Coverage: Nodes available on major networks including Ethereum, Base, Solana, Polygon, Arbitrum and more.
• Fast RPC Response: Moralis claims to have response times of 70 ms for its infrastructure.
  RPC + Data APIs: Developers are able to access direct node access combined with token, NFT, wallet, and blockchain data APIs.
  Scalable Infrastructure: The node infrastructure is architected for application scalability.
• Enterprise Security: Moralis touts its SOC 2 Type II certification and managed infrastructure.

Feature	Details
Multi-Chain RPC	Provides RPC access across supported EVM and Solana networks.
Blockchain APIs	Includes APIs for wallets, tokens, NFTs, prices, DeFi, and broader blockchain data.
Supported Networks	Includes Ethereum, Base, Solana, BNB Smart Chain, Polygon, Avalanche, Arbitrum, Optimism, Linea, Gnosis, and other networks.
RPC Nodes	Starter includes RPC access, Pro provides 20 RPC nodes, and Business provides unlimited RPC nodes.
Streams	Moralis Streams enables applications to receive blockchain events and transaction-related data.
Archive Data	Full archive data is included across the published plans.
Scalability	Published throughput increases from 40 RPS on Starter to 80 RPS on Pro and 200 RPS on Business.
Enterprise Infrastructure	Enterprise customers can receive custom throughput, engineering access, monitoring, and support.
Developer APIs	Unified APIs reduce the need to build separate blockchain data infrastructure for different networks.
Pricing	Current published pricing lists Starter at $149/month billed annually, Pro at $249, Business at $749, and Enterprise custom pricing.

4. Tatum

Year Established: 2018. Tatum was built as a blockchain development platform to make it easier to build infrastructure and applications. Supported Networks: Its RPC service now supports over 100 networks including Ethereum, Bitcoin, Base, Arbitrum and BNB Smart Chain.

Node Types: Tatum offers managed RPC endpoints, removing the need for users to run infrastructure, with geo-balancing, failover, caching and blockchain APIs. Price: There is a free plan of 100,000 credits, paid plans scale with larger credit allocations, dedicated API keys start at $99/month for 10 RPS.

** Performance: 200 RPS for standard paid RPC access. Scalability: Geo-balanced gateways & failover support production workloads. ** Rate Limits:** Free 3 RPS, paid up to 200 RPS.

Key Strengths of Tatum

• Multi-Chain Connectivity: Tatum provides multi-chain connectivity with APIs and developer tooling.
  Smart RPC Routing: Its Gateway intelligently routes requests based on the health, performance and data freshness of the endpoints.
• Archive Data: Access to historical blockchain data for supported networks.
  Traffic Handling: The gateway architecture is built to perform reliably during periods of heavy traffic.
• Developer Integration: Tatum brings together node access and wallets, transactions, tokens, and other blockchain development functions.

Feature	Details
RPC Nodes	Provides direct access to more than 100 blockchain nodes without requiring customers to manage infrastructure.
Full Nodes	Users can access managed full-node infrastructure for supported networks.
Archive Nodes	Archive infrastructure is available for applications requiring historical blockchain data.
Intelligent RPC Routing	Routes RPC traffic through a global node network using performance-aware routing, caching, and automatic failover.
Low Latency	Tatum states that its Intelligent RPC Routing can provide sub-30ms latency.
Data APIs	Provides standardized APIs for reading and writing blockchain data.
Blockchain Notifications	Webhooks allow applications to receive notifications for on-chain events with retry functionality.
Multi-Chain Development	Provides a unified framework across 100+ blockchain protocols.
Scalability	Designed to handle growing application workloads through managed infrastructure and RPC orchestration.
Developer Ecosystem	Also includes wallets, transaction tools, token functionality, crypto price APIs, and other Web3 development services.

5. InfStones

Established: 2018. InfStones was founded by Dr. Zhenwu Shi to provide blockchain infrastructure, node management, staking and Web3 development services. Supported Networks: It supports many blockchain protocols, making it a great option for organizations that require a multi-chain infrastructure.

Node Types: Infrastructure: Full nodes, validator nodes, RPC endpoints, staking infrastructure, managed blockchain nodes Pricing: InfStones typically does not publish a single public rate card for NaaS, but uses customized or enterprise pricing. Performance : Infrastructure for production blockchain workloads with managed node operations.

Scalability: Users can provision and control infrastructure across multiple networks from a single, unified control plane. ** Rate Limits Public RPS limits are different based on network, service, and deployment. Enterprise workloads should be confirmed directly with InfStones.

Key Strengths of InfStones

• Dedicated Nodes: Users have access to dedicated full node infrastructure for production workloads.
• Quick Implementation: Managed infrastructure reduces the operational efforts to deploy blockchain nodes.
• Scalable Architecture: InfStones is architected to scale with your application and infrastructure scale.
• Operations Management: Node operations are simplified by dashboard, analytics, automated infrastructure management and support.

Feature	Details
Multi-Chain Infrastructure	Provides blockchain infrastructure across multiple blockchain ecosystems.
Full Nodes	Managed full-node deployment helps teams avoid handling infrastructure directly.
Validator Infrastructure	Supports validator infrastructure for networks using proof-of-stake and related consensus mechanisms.
RPC Services	Provides blockchain connectivity for applications requiring RPC access.
Node Deployment	Infrastructure can be deployed and managed through a dedicated Web3 infrastructure environment.
Staking Infrastructure	Provides infrastructure services for blockchain staking and validator operations.
Node Monitoring	Infrastructure management and monitoring tools help track node health and operational status.
Enterprise Infrastructure	Designed to support institutional and production blockchain workloads.
Scalability	Multi-chain infrastructure allows organizations to expand node deployments across additional networks.
Custom Pricing	Enterprise and infrastructure requirements can be handled through customized commercial arrangements rather than one universal public NaaS price.

6. Gateway.fm

Founded: Norway-based Gateway.fm was founded in 2021 and initially focused on managing open blockchain networks, before expanding into more general managed infrastructure. Networks Supported: Particularly focused on Ethereum-lineage networks and institutional blockchain needs.

Network availability is dependent on the deployed service. Node Types: Gateway provides managed blockchain infrastructure, node deployments, RPC connectivity, data services, and production operations. Pricing: Public standardized NaaS pricing is not clearly disclosed and institutions and custom deployments generally need to contact the company.

Performance: Its infrastructure is built for production reliability, connectivity, and operational management. Scalability: Gateway is designed to support institutional workloads that require customized deployment and operational support. Rate Limits: Fixed public RPS limits are not well-documented and are likely influenced by infrastructure setup, network, and customer needs.

Key Strengths of Gateway.

• Managed Blockchain Infrastructure: Infrastructure services that lower the operational burden of operating blockchain nodes.
• Enterprise Focus: Infrastructure for organizations that need managed, customized blockchain deployments.
• Node Operations: Offers node deployment and ongoing infrastructure management instead of teams having to do everything on their own.
  Custom Infrastructure: Enterprise customers can set up their own infrastructure.
  Operational Reliability: The platform’s focus on managed infrastructure means that operational reliability and blockchain connectivity are paramount.

Feature	Details
Web3 Infrastructure	Provides infrastructure focused on blockchain networks and application deployments.
L2 Infrastructure	Gateway emphasizes infrastructure for Layer-2 solutions and high-performance blockchain deployments.
CDK-Erigon	Its high-performance Erigon-based node implementation is designed for Polygon CDK networks and RPC/sequencer workloads.
RPC Nodes	Provides node infrastructure for blockchain connectivity and application RPC requirements.
High Performance	Gateway documents 250ms block times for its CDK-Erigon-based implementation.
Sequencer Support	Its node implementation can serve as infrastructure for sequencer workloads in supported L2 deployments.
Managed Infrastructure	Reduces the operational requirements involved in deploying and maintaining blockchain infrastructure.
Custom Deployments	Infrastructure can be adapted for specific blockchain and institutional requirements.
Developer Infrastructure	Designed to support Web3 builders requiring specialized blockchain infrastructure.
Enterprise Orientation	Particularly focused on production infrastructure and organizations building or operating blockchain networks.

7. All That Node

Founded: All That Node is a multi-chain Web3 infrastructure provider that offers managed blockchain node access and developer APIs. Supported Networks: It supports Ethereum, Arbitrum, Aptos, Astar and many other networks, with different capabilities per chain.

Node Types: Core node APIs, archive data, WebSockets, debug and trace APIs, and dedicated nodes for business customers. Pricing: Free plan with 500,000 compute units per day; Starter, Scale and Business plans with higher capacities; Business uses custom pricing. Performance: Higher tiers include published plans for throughput controls and auto-scaling.

Scalability: Scale and Business plans are for heavier dApp workloads. Rate Limits: Rate limits are based on the plan and protocol and customized request and throughput limits are available for our enterprise customers.

Key Strengths of All That Node

• Multiple types of API: Offers JSON-RPC, REST and WebSocket connectivity for a variety of development needs.
• Archive Access: Provides access to blockchain archives for supported networks.
  Developer Friendly Free Tier: Free tier includes 50K requests per day.
  Advanced Node APIs: Build out its infrastructure capabilities with trace and debug APIs, automated updates, unlimited endpoint access and technical support.

Feature	Details
Multi-Chain Infrastructure	Provides managed access to multiple blockchain protocols through a unified infrastructure platform.
RPC Access	Supports blockchain RPC connectivity for decentralized applications and Web3 projects.
WebSockets	WebSocket support enables applications to receive real-time blockchain events and data.
Archive Data	Provides archival blockchain data for supported networks and use cases.
Debug & Trace APIs	Debug and trace namespaces are available for supported infrastructure and plans.
Dedicated Nodes	Business customers can order dedicated nodes for higher traffic, security, and customized configurations.
Auto-Scaling	The platform provides an auto-scaling option for projects requiring additional quota as usage increases. (
Team Plans	Free, Starter, Scale, and Business plans target different project and team sizes.
Enterprise Support	Business/enterprise customers can receive customized limits and SLA arrangements.
Free Tier	Current pricing lists a free plan with 500,000 compute units per day and a 150-CU throughput limit.

8. Lava Network

Founded: Lava Network is not your average centralized node provider, but a decentralized RPC and blockchain data-access protocol. Supported Networks Its ecosystem consists of many chains like Ethereum, Arbitrum, Base, Polygon, Solana, Cosmos, Avalanche, Starknet, NEAR, Bitcoin, and more.

Node Types: Lava connects applications to decentralized RPC providers via a relay marketplace and provider network. Pricing Usage is based on compute units and provider economics within the protocol rather than a traditional monthly NaaS subscription.

Performance: Requests can be handled by multiple RPC providers, providing redundancy and a competitive infrastructure.

Scalability: The decentralized provider model increases infrastructure capacity across networks. Rate Limits: There is no one RPS number, it is determined by the chain specs, the provider capacity, the API interfaces and the consumer configuration.

Key Strengths of Lava Network

• Decentralized RPC Model: Lava connects apps to autonomous infrastructure providers, not a one-stop shop node operator.
  Provider Redundancy: Multiple providers can increase infrastructure redundancy and reduce single endpoint dependency.
• Multi-Chain Connectivity: Allows for multi-blockchain connectivity support.
• Open Source Architecture: Lava’s infrastructure and SDK approach is open ecosystem.
• Data integrity Its network has protocol-level features designed to provide reliable access to blockchain data.

Feature	Details
Decentralized RPC	Uses a decentralized provider network rather than relying exclusively on one centralized infrastructure operator.
Multi-Chain Access	Connects applications with RPC and data providers across multiple blockchain ecosystems.
Provider Marketplace	Infrastructure providers participate in the network and serve blockchain data requests.
RPC Routing	Requests can be routed through participating providers according to network and service requirements.
Redundancy	Multiple infrastructure providers can reduce dependence on a single node operator.
Blockchain Data Access	Provides developers with RPC-based access to supported blockchain networks.
Open Infrastructure	Lava’s protocol-based model enables independent providers to participate in the infrastructure ecosystem.
Provider Economics	The network uses protocol-level mechanisms for relationships between consumers and infrastructure providers.
Scalability	Capacity can expand as additional infrastructure providers and supported chains participate.
Different NaaS Model	Unlike conventional centralized NaaS providers, Lava focuses on decentralized RPC infrastructure and provider coordination.

9. NOWNodes

Founded: 2019 as a department of ChangeNOW (launched in 2017) Supported Networks: NOWNodes gives you access to 110+ full nodes and supports major networks like Bitcoin, Ethereum, BSC, Polygon, Cardano, Solana and many more.

Node Types: It offers managed full-node infrastructure, RPC access, WebSockets, and Blockbook explorers. Pricing: Free Start, Pro €20/month, Pro Plus €90, Business €200, Business Plus €300, Enterprise €500 (current published prices); custom plans available.

**Performance: Plans begin at 15 RPS on the free trial, increasing to larger monthly request allocations. Scalability: more requests, API keys, support, enterprise capacity in higher tiers.

Key Strengths of NOWNodes

• Extensive Network Access: More than 50 blockchain nodes available, supporting many top networks.
• Multiple Node Options: Shared, archive, backup and dedicated node infrastructure.
• Fast API Access: NOWNodes says that its API responds in about one second.
• Block Explorer Integration: Block explorer functionality is embedded into the node and API infrastructure.
• Managed Support: Customers receive access to account management services and 24/7 technical support.

Feature	Details
Multi-Chain Node Access	Provides managed access to a large range of blockchain networks through its infrastructure.
Full Nodes	Provides full-node access for supported blockchains.
Dedicated Nodes	Dedicated infrastructure is available for customers requiring higher performance and isolation.
Archive Nodes	Archive infrastructure supports applications requiring historical blockchain information.
API Access	Provides APIs for interacting with supported blockchain networks.
Webhooks	Webhook functionality allows applications to receive blockchain-related notifications.
Market Data	Higher-tier plans include market-data functionality alongside node infrastructure.
Regional Infrastructure	Custom plans can include selected regions and dedicated infrastructure.
Enterprise Support	Custom plans include priority support, a dedicated account manager, dedicated nodes, and selected regions.
Usage Scaling	Published plans range from 100,000 to 100 million requests per month, with custom options available.

10. Allnodes

Founded: 2018 Allnodes began as a staking platform and expanded into wider Web3 infrastructure including validator nodes, full nodes, archive nodes, RPC endpoints and monitoring.

Networks Supported: It now manages infrastructure across 90+ networks, including ecosystems such as Bitcoin, Ethereum-related chains, Cosmos-based networks, and several more. Node Types Full node services Validator node services Archive node services RPC endpoints Dedicated infrastructure Pricing: Prices are network-specific. Published full node examples include Bitcoin ($100/month and up) and several EVM networks ($160/month and up). Heavy networks can be more costly.

Performance Plans can feature dedicated nodes, bandwidth from 1 to 10 Gbit/s, and uptime SLAs. Scalability: Enterprise options such as dedicated servers and failover nodes Rate Limits: The advertized node plans have no limit to number of requests, limited only by service terms and infrastructure configuration.

Key Strengths of Allnodes (Allnodes)

• Comprehensive Blockchain Support: Node infrastructure for more than 90 blockchains with dedicated and archive solutions.
• Dedi­cat­ed Nodes: Dedi­cat­ed nodes are avail­able on sup­port­ed net­works with no rate lim­its.
• Archive Infrastructure: Dedicated archive nodes to support applications requiring historical blockchain data.
  Global Availability: Infrastructure deployed in US, European and Asian regions.
• Node Monitoring: Allows you to monitor full nodes, validators, and masternodes and receive operational alerts.

Feature	Details
Full Nodes	Provides managed full-node hosting with infrastructure designed for high uptime and simplified deployment.
Validator Nodes	Supports validator-node hosting for eligible proof-of-stake networks.
Masternodes	Provides managed masternode infrastructure and monitoring.
Archive Nodes	Dedicated archive nodes are available for supported blockchains.
RPC Endpoints	Dedicated nodes can provide RPC access, including PublicNode infrastructure for many networks.
Global Regions	Full-node infrastructure is available across multiple global locations.
Node Monitoring	Multilayer monitoring helps track node availability and performance.
Notifications	Allnodes Bot can send node-performance updates through Telegram, Discord, and Slack.
Staking	Provides staking services alongside node infrastructure and hosting.
Pricing Flexibility	Full-node pricing varies by blockchain, with published examples starting at $100/month for Bitcoin and $160/month for several EVM networks.

How much does Node-as-a-Service cost?

Node-as-a-Service (NaaS) pricing is highly variable and depends on the blockchain network, type of node, RPC usage, throughput, storage, archive access, and shared or dedicated infrastructure.

Some have free tiers to tinker with, while production plans are usually monthly subscriptions, usage-based credits, request-based billing, or custom enterprise pricing. For instance, Helius has a free plan, a Developer plan for $49/month, a Business plan at $499/month, and a Professional plan at $999/month, with dedicated nodes starting from $2,900/month.

Main NaaS Pricing Models

Free Plans: Free tiers are primarily designed for developers, testing, prototypes, and low-traffic applications. They typically include limited requests, credits, supported networks, or throughput.

Usage-Based Pricing: Some providers charge according to RPC requests, compute units, API credits, bandwidth, or data consumed. This model can be economical for applications with variable traffic but requires monitoring usage carefully.

Monthly Subscription: Fixed monthly plans provide a predetermined number of requests or compute credits and generally offer higher limits, better support, and additional infrastructure features.

Dedicated Node Pricing: Dedicated nodes cost substantially more because the customer receives isolated infrastructure and predictable resources. For example, Helius lists dedicated nodes from $2,900/month.

Enterprise Pricing: Large exchanges, wallets, protocols, and institutions may require custom rate limits, dedicated infrastructure, SLAs, regional deployment, security requirements, or high-volume discounts. These packages are commonly priced through sales negotiations.

Example Pricing Across NaaS Providers

Provider	Pricing Approach	Example Published Pricing
Helius	Subscription + usage	Free, $49, $499, $999/month; dedicated nodes from $2,900/month
Tenderly Node	Tenderly Units / custom	Paid Node RPC is currently sales-led; usage is measured in Tenderly Units
Moralis	Monthly subscription	Paid plans scale according to API/RPC usage and infrastructure requirements
Tatum	Credits / usage	Pricing varies according to credits, API usage, and infrastructure requirements
InfStones	Custom infrastructure	Primarily customized according to networks and infrastructure requirements
Gateway.fm	Custom	Pricing depends on deployment and infrastructure requirements
All That Node	Subscription / compute units	Free and paid plans with different compute-unit and throughput allocations
Lava Network	Decentralized usage model	Costs depend on network/provider economics and usage
NOWNodes	Monthly + overage	Start is free; published paid tiers range from €20 to €500/month, with custom plans available
Allnodes	Pay-per-hour/month	Pricing varies by blockchain; examples include Bitcoin from $100/month and several networks from $160/month

Conclusion

Node-as-a-Service platforms make blockchain infrastructure easy, offering managed nodes, RPC endpoints, APIs, and scalable access, all without teams having to manage their own hardware. The platforms in this list cover a wide range of needs, from Helius’s Solana infrastructure and Tenderly’s EVM dev tools to Moralis and Tatum’s multi-chain APIs, and Lava Network’s decentralized approach to RPC access.

Before you choose a provider, compare things like supported networks, node types, pricing, performance, scalability, rate limits, reliability, and enterprise requirements. Understanding these differences can help developers, startups, protocols and enterprises choose infrastructure that fits their technical workload and growth needs.

FAQ