Secure, production-ready smart contracts built by Web3 specialists.
We architect and deploy custom smart contracts for tokens, DeFi protocols, and NFTs. Our code is built on Solidity 0.8+ with OpenZeppelin standards, ensuring security and gas efficiency from day one.
ERC-20, ERC-721, ERC-1155 with custom minting, vesting, and governance logic.We deliver audit-ready contracts with comprehensive test coverage and documentation, reducing your time-to-audit by 50%.
Our process includes threat modeling, gas optimization reports, and a clear deployment roadmap. We integrate with your existing CI/CD pipeline for seamless mainnet deployment.
We apply a systematic, four-phase approach to bridge gas optimization, delivering measurable reductions in transaction costs and latency for your users.
We audit your current bridge architecture and target chain protocols (EVM, Solana, Cosmos) to identify inherent gas inefficiencies and optimization vectors.
Refactoring of validation, message passing, and state update logic using Solidity/Yul best practices, OpenZeppelin libraries, and gas-efficient patterns.
Optimizing off-chain components—relayer networks, event indexing, and data availability layers—to minimize submission costs and latency.
Deploy real-time dashboards tracking gas spend per chain, user cost savings, and performance KPIs, with actionable insights for ongoing refinement.
Our Bridge Gas Optimization Service delivers measurable improvements to your cross-chain infrastructure. We focus on quantifiable metrics that directly impact your bottom line and user experience.
We implement advanced gas optimization techniques, including batch processing, state channel integration, and efficient signature schemes, to lower the gas cost for end-users by 30-60% per bridge transaction.
Optimize your bridge's transaction processing logic to handle higher volumes without congestion. We achieve this by refining batching algorithms and off-chain computation strategies, increasing your TPS capacity.
Our optimizations are designed with security as a first principle. We ensure gas-efficient designs do not compromise the cryptographic integrity or economic assumptions of your bridge's consensus or fraud-proof mechanisms.
Leverage our standardized gas profiling and optimization framework to rapidly onboard support for new blockchain networks, reducing integration time and ensuring cost-effectiveness from day one.
Receive fully documented, optimized smart contract code that adheres to OpenZeppelin standards and includes a detailed gas analysis report, streamlining your security audit process with firms like Trail of Bits or Quantstamp.
Comparing the total cost, risk, and time investment of building cross-chain infrastructure internally versus partnering with Chainscore for expert gas optimization.
| Key Factor | Build In-House | Chainscore Optimization |
|---|---|---|
Time to First Optimized Bridge | 6-12 months | 2-4 weeks |
Upfront Engineering Cost | $150K - $400K+ | $25K - $75K |
Security & Audit Overhead | High (unaudited, custom code) | Low (pre-audited patterns, formal verification) |
Gas Efficiency Target | Trial & error (10-30% savings) | Guaranteed 40-70%+ savings |
Ongoing Protocol Updates | Your team (2+ FTE) | Managed Service (included) |
Cross-Chain Expertise | Must be hired/developed | Immediate, battle-tested |
Total Year 1 Cost (Est.) | $300K - $750K | $50K - $150K |
Critical Bug Risk | Your liability | Our SLA & insurance-backed |
A systematic, four-phase approach designed to maximize gas efficiency and security for your cross-chain bridge, delivering measurable cost reductions and performance improvements.
We conduct a comprehensive analysis of your existing bridge architecture and smart contract codebase to identify primary gas consumption sources and architectural inefficiencies.
Using specialized tooling, we profile transaction execution on testnets to pinpoint exact opcode costs and simulate optimizations before deployment.
We implement proven techniques: calldata packing, storage slot optimization, efficient signature verification, and batch processing to slash gas fees.
Every optimization is rigorously tested. We provide a final security review and gas usage report, ensuring no regression in functionality or safety.
End-to-end development of custom blockchains and layer-2 solutions for enterprise-grade applications.
We architect and deploy purpose-built blockchain networks tailored to your specific use case, whether it's a private consortium chain for B2B data sharing or a high-throughput L2 for consumer dApps. Our full-stack approach covers everything from consensus mechanism design to node orchestration and RPC endpoint provisioning.
PoA, PoS, BFT) and virtual machines (EVM, WASM) optimized for your transaction profile.Ethereum, Polygon, and other major networks using LayerZero or Axelar.Prometheus/Grafana), disaster recovery plans, and comprehensive documentation handoff.Move from concept to a production-ready, fully documented mainnet in 8-12 weeks, with ongoing DevOps and node management support.
Answers to common questions from CTOs and engineering leads evaluating our gas optimization services for cross-chain bridges.
Our engagement follows a structured 4-phase process: 1. Discovery & Audit (1 week): We analyze your bridge's current architecture and gas usage. 2. Strategy & Proposal (3-5 days): We present a detailed optimization roadmap with projected savings. 3. Implementation (2-4 weeks): Our engineers refactor and deploy optimized contracts. 4. Verification & Handoff (1 week): We provide final reports and performance benchmarks. Most projects complete in 4-6 weeks from kickoff to production deployment.
Our experts will offer a free quote and a 30min call to discuss your project.