Code Audit

Deep dive into your codebase. Find issues before they find you.

Request Audit

What We Analyze

Security Analysis

Identify vulnerabilities, injection risks, and security best practice violations before they become incidents.

Performance Review

Find bottlenecks, memory leaks, inefficient algorithms, and opportunities for optimization.

Best Practices Check

Ensure your code follows idiomatic Go patterns, proper error handling, and community standards.

Dependency Audit

Review third-party libraries for security vulnerabilities, licensing issues, and maintenance status.

Concurrency Safety

Check for race conditions, deadlocks, and improper goroutine management that cause production issues.

Actionable Report

Clear recommendations with priority levels, code examples, and step-by-step remediation guidance.

What's Included

Static Analysis

Automated scanning with multiple industry-standard tools including staticcheck, go vet, and custom analyzers.

Manual Code Review

Line-by-line review by senior Go engineers focusing on logic, design patterns, and edge cases.

Architecture Evaluation

Assessment of overall system design, package structure, and interface boundaries.

Test Coverage Analysis

Review of test quality, coverage gaps, and testing best practices with recommendations.

Documentation Assessment

Evaluation of code comments, API documentation, and README completeness.

Follow-up Discussion

Video call to walk through findings, answer questions, and discuss remediation priorities.

Audit Levels

Focused Audit

Deep dive into a single package or service for targeted improvements.

  • 1-2 day turnaround
  • Single package focus
  • Written report
  • 30-min follow-up call

Ideal for: Critical path code, new packages, or specific concerns

Request Audit

Enterprise Audit

Multi-repo assessment for microservices architectures and large teams.

  • 1-2 week engagement
  • Multiple repositories
  • Executive summary
  • Team presentation

Ideal for: Enterprise teams, M&A due diligence, or major migrations

Request Audit

Sample Findings

Here's what our audits typically uncover:

Critical

Race Condition in Cache

Concurrent map access without proper synchronization causing intermittent panics under load.

High

SQL Injection Vector

User input directly concatenated into SQL query string bypassing prepared statements.

Medium

Goroutine Leak

Background workers not properly cancelled on shutdown, causing memory growth over time.

Low

Inefficient String Concatenation

Using += in loops instead of strings.Builder, causing O(n^2) memory allocations.

Ready to Find Issues Before Your Users Do?

Get a comprehensive analysis of your Go codebase from experts who've seen it all.

Request Your Audit