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DevSecOps

Security doesn't slow
you down. We prove it.

We engineer robust, automated CI/CD pipelines where testing, vulnerability scanning, static code analysis, secrets detection, and deployment compliance are executed continuously—preventing infrastructure risks from ever reaching production.

Secure CI/CD Pipeline
Run #312 · Deploying
💻
Code Push
✓ Done
🐳
Docker Build
✓ Done
🔍
Security Scan
→ Running
🧪
Tests
Pending
📦
Push to Registry
Pending
🚀
Deploy to K8s
Pending
Pipeline progress: 48% ~2m 30s remaining
The Approach

DevSecOps, explained simply

Traditional security waits until the end, when fixes are slow and expensive. DevSecOps moves the checks into the same workflow your developers already use.

Your team sees issues at commit, build, deploy, and runtime stages, with clear pass/fail rules and practical remediation instead of vague warnings.

Old way: security after the build
Manual checks happen late, releases pause, and serious issues often appear only after the product is already live.
QloudSec way: security inside the pipeline
Every important stage has automated checks, so your team catches secrets, vulnerable images, weak infrastructure, and failed policies while the change is still fresh.
.github/workflows/devsecops.yml
name: Secure Deploy Pipeline
on:
push:
branches: ['main']
jobs:
trivy-scan:
name: Container Vulnerability Scan
runs-on: ubuntu-latest
steps:
- uses: aquasecurity/trivy-action@master
with:
image-ref: '${{env.IMAGE}}'
severity: 'CRITICAL,HIGH'
exit-code: '1'
secrets-check:
name: Secret Leakage Detection
needs: [trivy-scan]
steps:
- uses: trufflesecurity/trufflehog@main
What we build into the pipeline

Security checks that follow code to production

Each part of the release path catches a different type of risk, so no single tool has to carry the whole security program.

Code Stage

Find leaked secrets, risky patterns, dependency issues, and weak code paths as soon as a developer pushes changes.

SAST scanning (SonarQube / Semgrep)
Secret leakage detection (Trufflehog)
Dependency vulnerability checks
Pre-commit hooks enforcement

Build Stage

Build smaller, safer images and block critical vulnerabilities before containers reach your registry or cluster.

Trivy image vulnerability scan
Dockerfile best-practice linting
Non-root user enforcement
Image signing (Cosign)

Deploy Stage

Review Terraform, Kubernetes manifests, RBAC, admission policies, and environment drift before infrastructure changes go live.

Terraform security scanning (tfsec)
Kubernetes policy enforcement (OPA)
Admission controller configuration
RBAC policy validation

Monitor Stage

Monitor containers, hosts, logs, metrics, and suspicious behavior after deployment so production does not become a blind spot.

Falco runtime threat detection
Wazuh SIEM & log correlation
Prometheus + Grafana dashboards
Alerting via PagerDuty / Slack

Response Stage

Give your team clear runbooks, alert routing, and safe automation for the incidents most likely to affect your stack.

Incident response runbooks
Automated threat isolation
Post-incident analysis & hardening
Audit trail maintenance

IaC Security

Infrastructure changes get the same discipline as application code: review, scan, approve, deploy, and verify.

tfsec / Checkov for Terraform
Kube-score manifest analysis
Policy-as-code enforcement
Drift detection & prevention
Technologies

Our DevSecOps stack

AWS
AWS
Docker
Docker
Kubernetes
Kubernetes
Terraform
Terraform
GitHub Actions
Actions
GitLab CI
GitLab CI
W
Wazuh
TV
Trivy
Falco
Falco
Cloudflare
Cloudflare
NGINX
NGINX
Jenkins
Jenkins
Python
Python
Bash
Bash
Prometheus
Prometheus
Secure delivery coverage

DevSecOps that adds guardrails without turning releases into meetings.

QloudSec builds release pipelines where security checks run early, approval paths are clear, and rollback is part of the system instead of a panic response.

Code and dependency checks

SAST, dependency scanning, secret detection, pull-request feedback, and policy exceptions your team can audit.

Infrastructure checks

Terraform and IaC scanning, environment drift signals, approval gates, and secure deployment variables.

Runtime checks

Container image policy, Kubernetes rollout health, alert routing, deploy annotations, and post-release verification.

Ready to ship with confidence?

Whether you are starting from manual deploys or improving an existing pipeline, we will build the security checks and automation that match your stack.