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DevSecOps

DevSecOps extends DevOps by making security a shared, automated part of every stage of software delivery. Instead of a security review at the end, checks run in the pipeline, and developers, operators and security engineers all own the result. The aim is to ship secure software by default without slowing releases.

How it works

A typical pipeline adds gates at each stage:

  1. Commit: scan for leaked secrets.

  2. Build: scan dependencies for known vulnerabilities and run static analysis on the code.

  3. Package: scan the container image and sign it.

  4. Deploy: check infrastructure code against policy, for example no public storage buckets.

  5. Run: monitor and alert on runtime behaviour.

A finding above an agreed severity, such as critical, fails the build and names the fix.

Why it matters in production

Fixing a flagged dependency in a pull request takes minutes. Fixing it after a breach takes weeks. Automation also leaves an audit trail for compliance. The risk is noise: too many low-value findings train teams to ignore the scanner, so tune gates to what blocks real risk.

See also

On the One2N blog

Further reading

Four-panel comic about DevSecOps: A pen test the week before launch finds a leaked key and 3 critical bugs; launch slips; Security checks become pipeline stages: secrets, dependencies, image, config policy; Example: a dependency scan fails a pull request, the dev bumps one version, green in...