Secure, production-ready smart contracts built by Web3 experts for your protocol or application.
We architect and deploy custom smart contracts that form the secure backbone of your dApp. Our development process is built on audited code patterns, gas optimization, and comprehensive testing to ensure reliability from day one.
Deploy with confidence, knowing your core logic is secure and efficient.
Our development stack includes:
ERC-20, ERC-721, ERC-1155, and moreWe move from concept to mainnet with precision. Our typical delivery includes modular, documented code, a deployment playbook, and post-launch support. Get a production-ready MVP in as little as 2-4 weeks.
Our multi-layered caching strategy is engineered to eliminate latency and ensure your wallet data is always fresh, secure, and instantly accessible. We deliver predictable performance, not just promises.
Intelligent coordination between in-memory (Redis), edge (CDN), and persistent caches to serve data from the fastest possible layer. Reduces API latency by 90% for wallet balance and transaction history queries.
Proprietary indexers monitor mempools and finalize blocks across EVM chains (Ethereum, Polygon, Arbitrum) to update cached wallet states in real-time. Ensures sub-second data freshness for DeFi positions and NFT holdings.
Configurable Time-To-Live (TTL) rules and event-driven cache invalidation prevent stale data. Policies are tailored by data type (e.g., static metadata vs. volatile token prices) to optimize performance and accuracy.
Managed, high-availability Redis Enterprise clusters with automatic failover, persistence, and encryption at rest. Provides the sub-millisecond response times required for high-frequency wallet operations and analytics.
Every cache request is validated against granular permission policies. Implements role-based access control (RBAC) and audit logging to ensure only authorized services and users can access sensitive wallet data.
Implementing a robust wallet cache strategy delivers more than just performance. It creates a competitive edge by improving user retention, reducing operational costs, and enabling new product features.
Reduce user churn by eliminating slow wallet state fetches. Users experience instant portfolio updates and transaction history, leading to higher session times and repeat usage.
Dramatically cut RPC provider bills by caching static and semi-static data. Serve 90%+ of read requests from your own optimized cache instead of expensive on-chain calls.
Decouple your frontend from RPC provider volatility. Our cache layer with intelligent fallback logic ensures your app remains functional even during chain congestion or provider outages.
Build and launch new features like instant balance checks, historical snapshots, and cross-wallet analysis without being bottlenecked by slow blockchain queries.
Implement cache strategies with data integrity guarantees and audit trails. Ensure sensitive wallet data is handled according to your security policy and regional regulations.
A detailed comparison of the total cost, risk, and time commitment required to build a high-performance wallet cache in-house versus partnering with Chainscore's managed service.
| Factor | Build In-House | Chainscore Managed Service |
|---|---|---|
Time to Production | 6-12 months | 2-4 weeks |
Initial Development Cost | $150K - $400K+ | $25K - $75K |
Annual Maintenance & DevOps | $120K - $250K | Included |
Security & Audit Overhead | High (Your Risk) | Low (Our Guarantee) |
Uptime SLA & Monitoring | You Build & Maintain | 99.9% SLA Included |
Multi-Chain Support (e.g., EVM, Solana) | Per-Chain Development | Pre-Built & Managed |
Team Composition Required | 3-5 Senior Engineers | Your API Integration Team |
Scalability to 1M+ Wallets | Complex Re-architecture | Handled Automatically |
Total 3-Year Cost of Ownership | $500K - $1.2M+ | $150K - $300K |
Core Business Focus | Diverted to Infrastructure | Maintained on Product |
We follow a structured, four-phase methodology designed for technical teams. This ensures a seamless integration of our Wallet Cache Strategy, delivering measurable performance gains without disrupting your core operations.
We conduct a deep-dive analysis of your current infrastructure, user traffic patterns, and specific performance bottlenecks. This phase delivers a detailed technical specification and architecture diagram for the cache layer.
Our engineers implement the cache strategy using battle-tested patterns (Redis/KeyDB, in-memory stores). We handle the integration with your existing RPC nodes and wallet services, ensuring data consistency and fault tolerance.
We perform load testing simulating peak traffic, validate cache hit/miss ratios, and fine-tune TTL (Time-To-Live) policies. Security audits ensure the cache does not introduce new attack vectors.
We manage the phased rollout to production with comprehensive monitoring (latency, error rates, cost savings). You receive a dashboard and alerts, plus documentation for your team.
Get answers to the most common technical and commercial questions about implementing a high-performance wallet caching layer.
A standard implementation for a single chain takes 2-3 weeks from kickoff to production deployment. This includes architecture design, development, security review, and integration testing. Multi-chain deployments or complex custom logic (e.g., real-time balance aggregation) typically extend the timeline to 4-6 weeks. We provide a detailed project plan during the discovery phase.
Our experts will offer a free quote and a 30min call to discuss your project.