Analyze Go projects for security, dependency auditing, and secure testing.
npx skills add https://github.com/scopweb/scp-skills --skill go-secure
Please help me install this Agent Skill. Skill: go-secure Source: https://github.com/scopweb/scp-skills/tree/main/go-secure Command: npx skills add https://github.com/scopweb/scp-skills --skill go-secure
Go developers often need to secure their codebase while managing dependencies and validating security practices. This skill provides structured guidance to write secure Go code, audit dependencies, and prepare robust security tests without adding unnecessary complexity.
Ask me to audit a Go module for security patterns and provide actionable hardening steps.
High-intent search queries and answers about installing and using this skill.
Auditing Go dependencies involves evaluating go.mod entries to identify vulnerable external libraries and deciding whether to internalize critical code or replace unsafe modules with secure alternatives. This process ensures minimal, safe dependency management.
Secure HTTP and authentication in Go 1.26 require idiomatic patterns with explicit error handling and context propagation. Designing small interfaces and applying secure crypto practices ensures robust, security-conscious code without unnecessary complexity.
Fuzzing in Go security testing works by generating targeted, randomized inputs to expose edge cases and unexpected behavior in security-sensitive functions. It validates code paths under stress, complementing race-detection support to identify concurrency issues.
Yes, you can review existing Go codebases by analyzing projects for security-conscious coding practices. This includes evaluating explicit error handling, context usage, and crypto implementations to provide actionable hardening steps for current code.
You should internalize a dependency when the external Go library introduces unacceptable security risks or unnecessary complexity. Evaluating the go.mod file helps determine if a small, self-maintained interface is safer than relying on third-party code.
Automated security testing guidance for Go projects is limited to generating fuzzing scenarios and evaluating dependency safety. It cannot guarantee complete vulnerability elimination and requires developer oversight to implement the recommended hardening steps effectively.
JylhisModernize Go codebases by updating outdated patterns to current language features.
samymityCreate Go test suites with table-driven tests, benchmarks, and fuzzing.
lazygophersConfigure and execute golangci-lint for Go projects with custom linters and exclusions.
LeoWSY-hashblueScan source code for vulnerabilities, secrets, and dependency CVEs.
