Enterprise-grade smart contracts built for security, scalability, and real-world utility.
We architect and deploy production-ready smart contracts that form the core business logic of your application. Our development process is built on a foundation of security-first principles, ensuring your protocol's integrity from day one.
We deliver battle-tested code that protects assets and enables trustless execution.
Solidity/Rust contracts for DeFi, NFTs, DAOs, and enterprise use cases.OpenZeppelin standards, formal verification, and multi-stage audits.Our engineers specialize in the latest standards (ERC-20, ERC-721, ERC-1155, ERC-4626) and cross-chain patterns. We ensure your contracts are upgradeable, composable, and future-proof, providing a robust foundation for scaling.
Our infrastructure is built on battle-tested patterns to deliver predictable, high-performance transaction processing for demanding Web3 applications.
Our high-throughput transaction processing service translates directly into measurable business results, from accelerated growth to hardened security.
Achieve near-instant settlement for user actions like swaps, trades, and NFT mints, eliminating user drop-off and enabling real-time applications.
Deploy with confidence using infrastructure built on audited smart contract patterns, secure RPC endpoints, and SOC 2 Type II compliant data handling.
Handle traffic spikes and user growth without performance degradation. Our auto-scaling node clusters support from 100 to 10,000+ TPS as your application scales.
Eliminate the cost and complexity of managing blockchain nodes in-house. We handle maintenance, upgrades, and monitoring, freeing your team to build core features.
Lower user transaction costs through advanced gas estimation, bundling strategies, and fee optimization, directly improving user retention and transaction volume.
Access real-time and historical on-chain data with sub-second latency via robust GraphQL and REST APIs, powering analytics dashboards and user experiences.
A direct comparison of key performance, cost, and operational metrics between building your own high-throughput transaction engine and using Chainscore's managed service.
| Metric | Build In-House | Chainscore Managed Service |
|---|---|---|
Time to Production | 6-12 months | 4-8 weeks |
Peak Throughput (TPS) | Requires R&D | 10,000+ TPS |
Transaction Finality | Variable | < 2 seconds |
Infrastructure Uptime SLA | Your responsibility | 99.9% |
Security & Audit Overhead | High (unaudited risk) | Pre-audited architecture |
Team Cost (Year 1) | $250K - $600K+ | Included |
Ongoing DevOps Burden | Full team required | Fully managed |
Multi-Chain Support | Per-chain development | Native (EVM, Solana, etc.) |
Scalability Engineering | Complex, costly | Automatic, on-demand |
Total Cost of Ownership (Year 1) | $300K - $750K+ | $80K - $200K |
Our systematic approach to high-throughput transaction processing ensures predictable delivery, reduced technical debt, and infrastructure that scales with your business.
We begin with a deep technical assessment of your transaction flow, identifying bottlenecks in sequencing, mempool management, and state synchronization. We deliver a detailed architecture blueprint optimized for your target TPS.
We build using battle-tested, modular components for transaction pooling, parallel execution, and fee market logic. This ensures maintainable code, easier upgrades, and isolation of critical path services.
Before deployment, we simulate real-world load using custom tooling to stress-test transaction ordering, block propagation, and validator performance under peak conditions.
Every component undergoes internal review against known attack vectors (front-running, MEV, reorgs). We facilitate integration with top-tier audit firms for final verification.
We deploy using a phased canary release on testnet and staging environments, monitoring key metrics like transaction success rate and gas efficiency before mainnet launch.
Post-launch, we provide monitoring dashboards, performance alerts, and dedicated support for protocol upgrades, MEV strategy adjustments, and throughput scaling.
Get clear answers on timelines, costs, security, and our development process for custom sidechain solutions.
A standard EVM-compatible sidechain with consensus, bridge, and RPC endpoints deploys in 2-4 weeks from kickoff. Complex deployments with custom consensus (e.g., PoS with slashing), advanced data availability layers, or multi-chain bridges typically take 6-10 weeks. We provide a detailed sprint-by-sprint roadmap after the initial architecture review.
Our experts will offer a free quote and a 30min call to discuss your project.