Secure, Reliable, and Predictably Priced Blockchain Access
Blockchain Node Engine provides developers with the flexibility of self-hosted nodes without the operational burden. This fully managed service delivers enterprise-grade infrastructure for Web3 applications, ensuring security, scalability, and cost predictability.
👉 Discover how Blockchain Node Engine accelerates development
Key Features
Simplified Node Provisioning
Deploying blockchain nodes traditionally requires:
– Provisioning compute instances
– Installing blockchain clients
– Waiting for network synchronization
Blockchain Node Engine streamlines deployment through:
– Intuitive console interface
– Programmatic API calls
– Automated synchronization
Fully Managed Operations
Google Cloud handles:
– 24/7 node monitoring
– Automatic restarts
– Seamless upgrades
– Endpoint consistency
This eliminates the need for dedicated DevOps teams, allowing developers to focus on application logic rather than infrastructure.
Dedicated & Isolated Infrastructure
Enjoy the benefits of self-hosting without the headaches:
– Multi-region deployment for compliance/performance
– Custom API keys with rate limiting
– Isolated resource allocation
– Enterprise-grade security controls
Enterprise-Grade Web3 Infrastructure
Built on Google Cloud’s proven infrastructure:
– SLA-backed reliability
– TLS-enabled RPC endpoints
– Cloud Armor DDoS protection
– Global network backbone
Predictable Pricing Model
Unlike variable-cost alternatives:
– Fixed hourly rates regardless of request volume
– Full Mainnet indexing included
– No surprise overages
– Transparent cost forecasting
How Blockchain Node Engine Works
- Node Creation: Deploy a node synchronized with your target blockchain
- Endpoint Activation: Access RPC and WebSocket endpoints
- Application Integration: Read/write data and forward transactions
Common Use Cases
Blockchain Data Indexing
👉 Optimize your data pipeline with dedicated nodes
- Archive Nodes: Full historical data extraction
- Full Nodes: Real-time block processing
- Custom Storage: Index to preferred databases
High-Performance Transaction Processing
- Avoid congested public RPC endpoints
- Ensure transaction privacy
- Leverage Google’s global network
- Consistent low-latency performance
Smart Contract & dApp Development
- Eliminate third-party dependencies
- Co-locate nodes with other workloads
- Test contracts against dedicated nodes
- Streamline deployment pipelines
Pricing Structure
| Blockchain | Node Type | Description | Hourly Rate | Monthly (730hrs) |
|---|---|---|---|---|
| Ethereum | Full Node | Ideal for dApps & real-time data | $0.69 | $503.70 |
| Archive Node | Complete historical data access | $2.74 | $2000.20 |
*Pricing examples based on continuous operation
Getting Started
Free Tier
New customers receive $300 in free credits for proof-of-concept testing.
Deployment Options
- Console-based node creation
- API-driven automation
- Terraform/CLI integration
Custom Solutions
Contact sales for high-volume pricing and enterprise deployments.
Frequently Asked Questions
What’s the difference between full and archive nodes?
Full nodes contain current blockchain state, while archive nodes store complete historical data. Archive nodes require more storage but enable deep historical analysis.
How does security compare to public RPC endpoints?
Blockchain Node Engine provides isolated endpoints with TLS encryption, DDoS protection, and customizable access controls – significantly more secure than public alternatives.
Can I change node types after deployment?
Yes, nodes can be upgraded/downgraded between types. The service maintains your endpoint during transitions to prevent application disruption.