DevSecOps integrates security practices directly into development and operations pipelines, so vulnerabilities are caught by automation minutes after they are written rather than months later in a pentest report.
I embed SAST, SCA, secret scanning, IaC analysis, and container image scanning into CI/CD with tuned rulesets and sensible failure gates — high signal, low noise, so developers trust the pipeline instead of routing around it.
On the reliability side I harden the platform itself: least-privilege pipeline identities, signed artifacts and provenance, protected branches, immutable infrastructure, secrets management, and golden base images. I also work with SRE teams on secure runbooks, guardrails-as-code, and blast-radius reduction for production access.
Why it matters
- Fixes cost far less when caught in the pull request, not in production
- Removes security as a release bottleneck through automation
- Protects the supply chain that builds and ships your software
- Developer-friendly gates mean controls actually stay switched on
My approach
How the engagement runs
Typical engagement: pipeline and toolchain review, phased scanner rollout with tuning, policy-as-code guardrails, secrets and artifact-signing rollout, developer enablement sessions.