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Key Features

Monitoring and Routing​

Dynamic QoS Scoring: Enterprise RPC Smart Router maintains real-time Quality of Service (QoS) scores for each RPC provider across every supported blockchain. These scores determine optimal routing for incoming requests.

Performance-Based Routing: The system continuously probes RPC nodes, monitoring their health, performance metrics, and block synchronization status. Nodes with superior uptime, lower latency, and better synchronization receive higher priority for serving requests.


Automatic Failover and Error Recovery​

Failover: When a node becomes unavailable, RPC Smart Router automatically routes traffic to healthy alternatives without service interruption.

Error recovery: Requests that encounter errors are automatically retried on alternative nodes to ensure successful completion.


Double-layered Caching System​

Doוble-layered Architecture:

  1. Provider-Level Cache: Dedicated caching for each individual RPC node
  2. Chain-Level Cache: Aggregated caching across all RPC nodes for each blockchain

Cache Population: Built-in caching populator automatically caches frequently requested data at both provider and chain levels, with customizable timeframes and request types.


Transaction Acceleration​

Simultaneous Broadcasting: When transactions are submitted, RPC Smart Router broadcasts them to all available providers simultaneously. This ensures transactions reach the network as quickly as possible, maximizing speed and success rates.


Data Consistency​

Block Tracking: Enterprise RPC Smart Router maintains awareness of the latest block on each blockchain to ensure data consistency.

Chronological Validation: Chronological Validation: Responses containing outdated block information are automatically rejected and retried on alternative nodes. Nodes providing stale data receive lower QoS scores, reducing their selection priority.


Session Stickiness​

Consistent Provider Selection: Enables applications to maintain connections with specific providers throughout a session for better reliability and performance by simply adding a stickiness header with a unique identifier.


Cross-Validation​

Multi-Provider Verification: Requests can include special headers to activate cross-validation, sending the same request to multiple providers simultaneously. Provider responses are compared to establish quorum on the correct answer.

When a quorum can’t be reached, a detailed report including all provider responses is returned to the client.


Deployment Optimization​

Geographic Distribution: RPC Smart Router can be deployed across multiple geolocations to minimize latency for users across the globe.

Automatic Geographic Failover: If one RPC Smart Router instance experiences issues, requests are automatically routed to healthy instances in the closest location, maintaining continuous service availability.

Auto-Scaling: RPC Smart Router automatically scales to handle any traffic volume without affecting performance.


Comprehensive Metrics and Monitoring​

Real-Time Analytics: Track error rates, QoS scores, latency metrics, and overall RPC performance across all providers.

Performance Insights: Gain visibility into provider performance trends and identify optimization opportunities.