Router Performance Optimization

overview

CORE SERVICE

Smart Contract Development

Secure, audited smart contracts built for production by Web3-native engineers.

We architect and deploy custom smart contracts that form the backbone of your protocol. Our development is built on Solidity 0.8+ with OpenZeppelin security patterns, ensuring your core logic is robust and upgradeable from day one.

Every contract undergoes a multi-stage audit process before mainnet deployment, combining automated analysis, manual review, and formal verification for critical functions.

Token Standards: ERC-20, ERC-721, ERC-1155, and custom implementations.
DeFi Primitives: Automated Market Makers (AMMs), liquidity pools, staking, and vesting contracts.
Security First: Adherence to Consensys Diligence and Trail of Bits best practices.
Deliverable: Production-ready code, full test suite, deployment scripts, and technical documentation.

key-features-cards

PROVEN METHODOLOGY

Our Optimization Framework

A systematic, four-phase approach to identify bottlenecks, implement targeted improvements, and deliver measurable performance gains for your cross-chain router.

Comprehensive Performance Audit

We analyze your router's on-chain transactions, gas consumption, and latency across all supported chains to establish a performance baseline and identify critical bottlenecks.

48 hours

Initial Report

15+

Key Metrics

Gas & Fee Optimization

We refactor smart contract logic, implement efficient data structures, and apply gas-saving patterns to reduce transaction costs by up to 40% without compromising security.

Up to 40%

Gas Reduction

OpenZeppelin

Standards

Latency & Finality Enhancement

We optimize RPC provider selection, implement multi-chain transaction batching, and refine confirmation logic to improve end-to-end settlement speed and user experience.

< 5 sec

Target Latency

99.9%

Success Rate

Security & Reliability Hardening

Every optimization is validated through rigorous testing and security reviews, ensuring enhanced performance does not introduce new attack vectors or reduce system robustness.

100%

Test Coverage

Formal Verification

Critical Paths

benefits

TANGIBLE RESULTS

Business Outcomes You Can Measure

Our Router Performance Optimization service delivers quantifiable improvements to your blockchain infrastructure. See the direct impact on your operations and bottom line.

Transaction Success Rate

We guarantee a >99.5% success rate for cross-chain transactions by optimizing gas estimation, slippage tolerance, and node selection logic.

>99.5%

Guaranteed Success Rate

< 0.5%

Failed TX Rate

Gas Cost Reduction

Our route optimization algorithms and MEV protection strategies reduce average transaction costs by 15-40% compared to standard aggregators.

15-40%

Avg. Gas Savings

Real-time

Optimization

Latency & Finality

Achieve sub-2-second quote generation and route discovery, with transaction finality times optimized for the specific destination chain (e.g., <12s for Polygon, <5s for Arbitrum).

< 2 sec

Quote Latency

Chain-Optimized

Finality

Infrastructure Uptime

Benefit from a 99.9% uptime SLA for our routing API and monitoring dashboard, backed by multi-cloud, multi-region node infrastructure.

99.9%

Uptime SLA

24/7

Monitoring

Developer Velocity

Integrate our optimized router in under 2 weeks with comprehensive SDKs, documentation, and dedicated technical support, accelerating your time-to-market.

< 2 weeks

Integration Time

Full SDK

Included

Security & Compliance

All routing logic and smart contracts undergo rigorous audits. We implement real-time threat monitoring and adhere to industry security best practices.

Performance & Cost Analysis

Optimized Router vs. Unoptimized Baseline

A direct comparison of key performance indicators, operational costs, and business outcomes between a Chainscore-optimized cross-chain router and a typical in-house or off-the-shelf baseline solution.

Performance Metric	Unoptimized Baseline	Chainscore Optimized Router
Average Swap Latency	5-15 seconds	< 2 seconds
Optimal Route Hit Rate	~65% (manual rules)	95% (AI-powered)
Gas Cost per Transaction	15-30% above optimal	Within 5% of theoretical minimum
Supported Liquidity Sources	1-3 DEXs per chain	15+ DEXs & AMMs across all major chains
Time to Integrate New Chain	4-8 weeks	< 1 week
Cross-Chain Settlement Success Rate	97.5%	99.9%
Annual Infrastructure & Dev Cost	$250K - $750K+	From $120K (managed service)
Real-Time MEV Protection
SLA for Uptime & Support	Best effort	99.9% with 24/7 SRE

how-we-deliver

METHODICAL APPROACH

Our 4-Phase Optimization Process

A structured, data-driven framework to systematically identify, prioritize, and resolve performance bottlenecks in your cross-chain router, delivering measurable improvements in speed, reliability, and cost.

Phase 1: Performance Audit & Benchmarking

We conduct a comprehensive analysis of your current router's on-chain performance, gas consumption, and latency. We benchmark against industry standards and competitor protocols to establish a clear performance baseline and identify priority bottlenecks.

48-72 Hours

Initial Audit Report

20+ Metrics

Tracked & Benchmarked

Phase 2: Architecture & Code Optimization

Our engineers implement targeted optimizations, including gas-efficient contract logic, state management improvements, and off-chain computation strategies. We focus on Solidity best practices, upgradeability patterns, and MEV protection.

15-40%

Avg. Gas Reduction

OpenZeppelin

Security Standards

Phase 3: RPC & Node Infrastructure Tuning

We optimize your interaction layer by configuring high-performance RPC endpoints, implementing connection pooling, and fine-tuning transaction broadcasting strategies to minimize latency and maximize success rates across all supported chains.

< 1 sec

Target Latency

99.9%+

Success Rate SLA

Phase 4: Monitoring, Testing & Deployment

We deploy optimized contracts via a secure, phased rollout. We establish real-time monitoring dashboards for key performance indicators (KPIs) and conduct rigorous load testing to validate improvements under simulated mainnet conditions.

Real-Time

KPI Dashboards

Full Regression

Test Suite

Technical & Commercial Details