CCsolutions.io
DevOps & FinOps

Shift-Left Security: DevSecOps for Modern Engineering Teams

Security is not a downstream process. We move security 'left' in the development cycle, where errors are cheapest to fix.

Early
Detection
Find errors while the code is still being written
Auto
CVE Scans
Daily checks of all third-party libraries
Safe
Images
Only verified containers reach production
Secrets
Protected
Preventing credential leaks in Git history

Traditional security happens at the end: just before release, there's a scan or pentest. The result is expensive delays or ignored risks. Shift-Left Security integrates security checks directly into the <a href="https://ccsolutions.io/de/leistungen/dev-ops-fin-ops-consulting/">DevOps</a> process. Every line of code is automatically checked before it even leaves the developer's machine.

The most common challenges

1

Security Issues Discovered Too Late

When a vulnerability is found just before release, the team must decide under pressure: delay the release or take the risk. Both are sub-optimal.

2

Outdated Libraries with Known Vulnerabilities

Many projects use open-source dependencies with known vulnerabilities (CVEs). Without automated checks, these risks migrate unfiltered into production.

The CCsolutions approach

CCsolutions implements a multi-stage DevSecOps strategy: SAST (Static Application Security Testing) checks source code for errors like SQL injection. SCA (Software Composition Analysis) scans your dependencies for CVEs and license conflicts.

We integrate container scans (e.g., using Trivy) into the pipeline. Only images that contain no critical vulnerabilities are allowed into the container registry and subsequently deployed to the cluster.

Additionally, we introduce automated secret scanning processes. We technically prevent API keys or passwords from being accidentally committed to the Git repository.

Technologies

Snyk Trivy Gitleaks SonarQube GitHub Advanced Security GitLab CI

Frequently asked questions

Do automated security scans slow down the build process?

Modern tools are extremely fast. A typical scan takes only a few seconds to minutes and runs in parallel with building and testing.

What happens if a vulnerability is found?

The pipeline fails (breaking build) or flags the finding for manual review, depending on criticality and configuration.

Ready to get started?

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