golang-security

Perform a security audit on your Go codebase by running static analysis and dependency vetting to identify security weaknesses. This process enforces best practices across cryptography, input validation, and access control to ensure robust defense-in-depth.

Threat modeling in Go applications applies STRIDE-based analysis to identify attack vectors across services. You need it when developing REST APIs or web services to map security controls and mitigate risks before deployment.

The best way to enforce secure coding standards in Go is through security pattern checks that cover cryptography, input validation, and authentication. Regular code reviews ensure adherence to these guidelines before merging changes.

Yes, dependency vetting is a core component of securing Go projects. It works alongside static analysis and security pattern checks to identify vulnerabilities in external packages and mitigate risks in your application configurations.

Your Go application needs both static analysis and threat modeling because they address different security layers. Static analysis finds code-level weaknesses, while STRIDE-based threat modeling maps broader attack vectors across services for complete defense-in-depth.