Decentralized Cache Layer Implementation

We deploy and manage a distributed network of cache nodes across EVM and non-EVM chains (Ethereum, Polygon, Solana, etc.), automatically routing requests to the fastest available endpoint. This eliminates single points of failure and reduces latency.

Our system uses a hybrid approach of block-based and event-driven invalidation to ensure data freshness. Smart contract events trigger immediate cache updates, while fallback mechanisms prevent stale data, guaranteeing accuracy for on-chain state.

We build custom indexers that process on-chain data with minimal RPC calls, significantly reducing your infrastructure costs. The engine supports complex queries for NFTs, DeFi positions, and transaction history without hitting public nodes.

Each client's cache layer runs in a dedicated, isolated environment with encrypted data at rest and in transit. Our infrastructure undergoes regular security audits and adheres to SOC 2 Type II compliance standards.

Cached data is distributed globally via a high-performance CDN, ensuring low-latency access for your users worldwide. We manage geo-replication and automatic failover to maintain consistent performance.

Gain full visibility with dashboards tracking cache hit rates, latency percentiles, node health, and cost metrics. Set custom alerts for performance degradation or data consistency issues.

We conduct a deep technical assessment of your data access patterns and RPC load. The deliverable is a signed Architecture Specification Document detailing node topology, caching strategy (Redis/Memcached), and integration points with your existing stack.

Our team provisions and configures the caching cluster (Redis Enterprise or Valkey), load balancers, and monitoring stack (Prometheus/Grafana). We implement the initial caching logic based on the approved design, ensuring data consistency and fault tolerance.

We integrate the cache layer with your application's RPC calls and smart contracts. This phase includes comprehensive load testing (simulating 10k+ RPS), security review of the caching logic, and performance benchmarking against baseline metrics.

We manage the phased traffic cutover with rollback procedures. You receive complete documentation, operational runbooks, and 30 days of post-launch support. We ensure your team is fully trained on monitoring dashboards and incident response protocols.