Static Code Analysis (SAST)

Find vulnerabilities in source code before they reach production. Topscan helps engineering teams detect security issues early with automated static code analysis built for modern development workflows.

Feature illustration
Feature illustration

Why Teams Use SAST

Fixing vulnerabilities after deployment is slower, more expensive, and harder to prioritize. Static Application Security Testing helps teams identify security issues during development - before code reaches production environments. Topscan brings SAST into the SDLC without adding heavy operational overhead.

Feature illustration

What the SAST Engine Checks

The Topscan SAST scanner analyzes source code for: 

  • insecure coding patterns,
  • exposed secrets (coming soon),
  • injection risks,
  • unsafe dependencies,
  • authentication and access control issues,
  • common OWASP Top 10 weaknesses.

The goal is to detect vulnerabilities early while code is still easy to change.

Feature illustration

Built for Modern Development Workflows

Topscan integrates directly into: 

  • CI/CD pipelines,
  • pull request security checks,
  • code review workflows,
  • DevSecOps processes.

Security validation becomes part of regular engineering work instead of a separate security process.

Feature illustration

Reduce Noise and False Positives

Many SAST tools overwhelm teams with low-value findings. Topscan focuses on: 

  • noise reduction,
  • context-aware severity scoring,
  • risk prioritization,
  • actionable remediation advice.

Teams spend less time reviewing scanner output and more time fixing real issues.

Feature illustration

1. Connect Repositories

Add repositories and configure scan workflows.

Feature illustration

2. Run Static Code Analysis

Topscan scans source code automatically during development workflows. Scans can run:

  • in CI/CD pipelines
  • during pull requests
  • on-demand
  • on a recurring schedule
Feature illustration

3. Review Findings

Results include:

  • vulnerability type,
  • affected files and code locations,
  • severity,
  • remediation guidance.
Feature illustration

4. Fix Issues Earlier

Developers receive security feedback while changes are still in progress. This helps reduce remediation cost and prevents vulnerable code from reaching production.

Feature illustration

Designed for DevSecOps Teams

Topscan supports teams building security into: 

  • software delivery pipelines,
  • release workflows,
  • engineering standards,
  • secure development lifecycle processes.

The platform helps organizations scale security checks without slowing down development.

Feature illustration

More Than a Source Code Vulnerability Scanner

Topscan combines on one platform:  

  • static code analysis,
  • remediation workflows,
  • reporting,
  • prioritization,
  • operational visibility.

Teams can track:

  • open issues,
  • remediation progress,
  • recurring risks,
  • historical findings over time.
Feature illustration

Common Use Cases

Pull request security checks

Detects vulnerabilities before code merges.

CI/CD security gates

Block risky changes before deployment. (coming soon)

Developer security feedback

Provide remediation advice directly during development.

Continuous secure coding workflows

Run recurring SAST checks across active repositories.

Feature illustration

Built for Engineering Teams

You do not need a large security department to introduce secure development practices.

Topscan helps teams:

  • automate security checks,
  • reduce operational overhead,
  • improve code review quality,
  • detect vulnerabilities faster,
  • maintain continuous visibility across the SDLC.
Feature illustration

Modern Static Code Analysis

Traditional SAST tools often create too much noise and too many disconnected findings. Topscan focuses on operational clarity: 

  • actionable results,
  • developer-friendly workflows,
  • practical prioritization,
  • continuous remediation tracking.

The result is security tooling engineering teams can actually use every day.