sc-lang-go

Analyze Go codebases for Go-specific security vulnerabilities and provide concrete fixes.

56|5|Updated Apr 8, 2026

Search Tags:#security #go #vulnerabilities #static-analysis #goroutines #tls #cgo

Ready to run

npx skills add https://github.com/ersinkoc/security-check --skill sc-lang-go

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: sc-lang-go
Source: https://github.com/ersinkoc/security-check/tree/main/skills/sc-lang-go
Command: npx skills add https://github.com/ersinkoc/security-check --skill sc-lang-go

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Go-specific security deep scan that detects language-idiomatic attack vectors, unsafe patterns, and anti-patterns in Go code that generic vulnerability checks miss.

Core Features & Use Cases

Detects Go-specific vulnerability patterns such as unsafe usage of unsafe.Pointer, reflect abuse, and CGO boundary safety.
Identifies goroutine leaks, race conditions, and TLS configuration mistakes that are unique to Go.
Provides safe alternatives and concrete remediation guidance to fix issues in real-world Go projects.

Quick Start

Analyze a Go project to generate a tailored Go-specific security report and remediation guidance.

Frequently Asked Questions about sc-lang-go

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I scan Go code for unsafe.Pointer and reflect vulnerabilities?▼

Scanning Go code for unsafe.Pointer and reflect vulnerabilities requires identifying language-idiomatic attack vectors that generic checks miss. This tool detects unsafe pointer usage and reflect abuse, providing concrete remediation guidance to fix the detected unsafe patterns.

What is the best way to detect goroutine leaks and race conditions in Go services?▼

Detecting goroutine leaks and race conditions in Go services requires analyzing codebases for language-specific concurrency anti-patterns. This approach scans for these unique Go issues alongside TLS misconfigurations, generating a tailored security report with concrete fixes.

How do I fix CGO boundary safety issues in my Go project?▼

Fixing CGO boundary safety issues in a Go project involves scanning the codebase to identify unsafe constructs at the Go-C boundary. This analysis detects language-specific patterns and provides safe alternatives to remediate the boundary safety risks.

Does generic static analysis find Go-specific TLS misconfigurations?▼

Generic static analysis often misses Go-specific TLS misconfigurations because it lacks context on language-idiomatic patterns. A Go-specific deep scan is required to accurately detect and provide concrete fixes for TLS setup mistakes unique to Go.

Can I use this to check Go CLI tools and libraries for security vulnerabilities?▼

Yes, you can use this to check Go CLI tools and libraries for security vulnerabilities. The analysis applies to security reviews of Go services, libraries, and CLI tools, detecting unsafe constructs and providing concrete remediation guidance.

How to generate a Go security report with concrete remediation steps?▼

To generate a Go security report with concrete remediation steps, analyze the Go project for unsafe usage, reflect abuse, CGO boundary safety, goroutine leaks, and TLS misconfigurations. The scan outputs a tailored report with safe alternatives to fix the issues.