Institutional-Grade Wallet Performance Audit

We simulate real-world transaction loads and extreme network conditions to identify your wallet's breaking points. This reveals critical bottlenecks in transaction processing, RPC handling, and state synchronization before they impact your users.

We analyze on-chain operation efficiency across EVM chains (Ethereum, Polygon, Arbitrum) to identify gas-intensive patterns. Our report provides actionable recommendations to reduce user transaction costs by up to 40% for common operations.

Performance flaws can create security vulnerabilities. We audit for race conditions, front-running risks under load, and the resilience of key management systems during high-throughput events, ensuring speed doesn't compromise safety.

We evaluate the performance and configuration of your RPC providers, node clients (Geth, Erigon), and indexing services. Get recommendations for optimal provider mix, failover strategies, and configurations to maximize uptime and data consistency.

Understand how your wallet stacks up. We provide anonymized, data-backed comparisons against industry benchmarks for key metrics like transaction confirmation time, balance update speed, and NFT rendering performance.

We deliver more than a report—we provide a clear, actionable engineering plan. Findings are categorized by impact (Critical/High/Medium) with detailed steps, estimated effort, and expected performance gains for each recommendation.

We identify and quantify specific performance bottlenecks—like slow transaction signing or high RPC latency—that could lead to user churn or failed trades. Receive a prioritized remediation roadmap to harden your wallet's core operations.

Establish a baseline for key metrics like transaction broadcast time, balance refresh rate, and app cold-start speed. We provide the testing framework and benchmarks to guarantee and prove your wallet meets institutional-grade SLAs.

Clear, code-level insights eliminate guesswork for your engineering team. Our audit pinpoints inefficient smart contract interactions, suboptimal state management, and memory leaks, reducing debug time and accelerating feature development.

We analyze your RPC provider usage, caching strategies, and indexing efficiency. Our recommendations often reduce monthly infrastructure costs by optimizing data fetching and eliminating redundant network calls.

Understand how your wallet's performance stacks up against industry leaders. We benchmark critical user journeys—like swap execution or NFT minting—against competitors, providing clear targets for market leadership.

Deep-dive analysis of wallet architecture, smart contract logic, and SDK integrations. We identify gas inefficiencies, reentrancy risks, and protocol-specific vulnerabilities to harden your core infrastructure.

Simulate real-world conditions with high-frequency transaction loads, network congestion, and multi-chain interactions. We measure latency, throughput, and failure rates under stress to guarantee scalability.

White-hat exploitation of private key management, transaction signing flows, and RPC endpoints. Our tests target common attack vectors like front-running, phishing, and side-channel attacks specific to wallets.

Verification against institutional requirements including SOC 2 Type II, regulatory frameworks (MiCA, Travel Rule), and industry best practices for key custody and transaction monitoring.

Evaluate the complete user journey—from onboarding to complex DeFi interactions. We test network failures, insufficient gas, and unsupported assets to ensure a resilient and intuitive interface.

Receive a prioritized, actionable report with severity ratings, proof-of-concept exploits, and direct remediation guidance. We provide follow-up consultations to verify fixes and optimize performance.