Do we need a separate security team for DevSecOps?

Not at first. A product team can own its findings, with a security engineer, in house or from a partner, who sets the rules and reviews exceptions. A dedicated security team makes sense once you run many products or face regular audits.

Which do auditors and enterprise customers prefer?

They do not ask for a label. They ask for evidence: how code is reviewed, how dependencies are tracked, how vulnerabilities are fixed and how builds are protected. A DevSecOps pipeline produces that evidence with every release instead of in a scramble before the audit.

How long does the move from DevOps to DevSecOps take?

It depends on how many repositories and pipelines you run and how much evidence your customers expect. Report-mode scanning can start in the first sprint, and blocking gates follow once triage works. We agree a fixed first scope on the scoping call.

Is it hard to roll back if a gate causes problems?

No. Gates are pipeline configuration, so a check can return to report mode in one change. Document that option, so teams fix a noisy rule instead of deleting the check.

DevOps vs DevSecOps

DevOps vs DevSecOps: what changes when security joins the pipeline?

Q: Will security gates slow down our releases?

They will if every warning blocks the build. Run new checks in report mode first, block only on new critical findings and leaked secrets, and keep scans quick by checking the change rather than the whole repository on every commit.

Your pipeline already builds, tests and deploys every change. Then a customer security questionnaire asks who reviews vulnerabilities, what your SBOM lists and how builds are protected from tampering. That is the point where DevOps becomes DevSecOps: the same pipeline, with security checks inside it and an owner for every result.

15-Minute Scoping Call All Comparisons

What is the difference between DevOps and DevSecOps?

Quick answer

DevOps vs DevSecOps differs in ownership, not tools. DevOps joins development and operations so one team builds, ships and runs its software. DevSecOps adds security to that same loop: gates at each pipeline stage, supply chain evidence and a named owner for every finding. Agnotic Technologies adds these controls stage by stage so release speed holds.

Criterion	DevOps	DevSecOps
Commit	Linting, unit tests and code review on the pull request	Adds secrets scanning and static analysis on the change; the author fixes before merge
Build	Compile, package and tag the artifact	Adds a dependency scan, an SBOM per artifact and signed build provenance; the build owner acts on failures
Test	Integration and end-to-end tests in staging	Adds dynamic scans against staging and infrastructure as code checks; findings go to the owning team's backlog with a due date
Release	Approval and deploy to production	Blocks only on critical findings without an accepted exception; the service owner signs off
Run	Uptime, latency and error alerts	Adds alerts for new vulnerabilities in deployed components and runtime security events; on-call owns triage
Who owns security findings	Often a reviewer outside the delivery team	The delivery team, with security engineers setting the rules and reviewing exceptions
Evidence kept	Build logs and deploy history	SBOMs, scan results, provenance, exception records and fix history per release
Metrics	DORA delivery metrics such as change lead time and deployment frequency	The same DORA metrics plus time to remediate findings by severity

What they are

What is DevOps

DevOps is a way of working in which the people who build software also deploy and run it. The pipeline automates build, test and release, and the team watches production itself. Security review often sits with a separate person or happens just before a large release.

What is DevSecOps

DevSecOps keeps the DevOps loop and moves security into it. Checks run at each pipeline stage, every finding has a named owner and a fix deadline, and each build leaves evidence, such as an SBOM and signed provenance, that a customer or auditor can read.

Key differences

Who owns a security finding?

In many DevOps teams a scan result goes to a security reviewer, who files a ticket weeks later. In DevSecOps the finding goes straight to the team that wrote the code, with a severity, a due date and a recorded way to accept a risk. Security engineers write the rules and review exceptions, so they stop being the queue every release waits in.

What supply chain evidence does DevSecOps add?

Buyers now ask what is inside the software and how it was built. CISA describes an SBOM as a nested inventory, a list of ingredients that make up software components. The SLSA build track sets levels: Build L1 means provenance exists showing how the package was built, Build L2 adds signed provenance generated by a hosted build platform, and Build L3 requires a hardened build platform.

What usually triggers the move to DevSecOps?

Three triggers come up most: an enterprise security questionnaire the team cannot answer from evidence, a federal buyer asking for secure development attestation, and regulated data entering the product. NIST SP 800-218, the Secure Software Development Framework, recommends a core set of high-level secure development practices that can be integrated into each software development life cycle, and buyers use it to talk to suppliers.

How do the metrics change?

DORA's guide lists five software delivery metrics: change lead time, deployment frequency, failed deployment recovery time, change fail rate and deployment rework rate. DevSecOps keeps all five and adds time to remediate by severity. Put both on one dashboard, so you can see whether security work slows delivery or whether findings pile up unfixed.

Does DevSecOps cover more than application code?

Yes. NIST SP 800-204C, on DevSecOps for microservices, divides a cloud-native application into five code types: application code, application services code, infrastructure as code, policy as code and observability as code. Each type moves through a pipeline and each needs its own checks, so scanning only the application repository leaves most of the system unreviewed.

When to use each

When to use DevOps

Internal tools and early products that no customer has security reviewed yet.
Teams still making their build, test and deploy automation dependable.
Systems with no regulated or customer data, where a periodic review covers the risk.
A first release where fast feedback matters more than audit evidence.

When to use DevSecOps

Enterprise customers send security questionnaires before they sign.
You sell software to US federal agencies that ask for secure development attestation.
The product stores regulated data such as health or payment records.
Releases are frequent enough that a review before each release has become the bottleneck.

How do you add DevSecOps without slowing releases?

Step 1. Report only. Turn on secrets, dependency and static scans in report mode, generate an SBOM for every build and name an owner for each repository. Failure point: making the checks blocking on day one, which floods teams with warnings until someone disables them.

Step 2. Triage rules and owners. Agree severities, fix deadlines and an exception process with an expiry date. Failure point: findings with no owner, which grow into a backlog nobody trusts.

Step 3. Block on what matters. Fail the build only on new critical findings and leaked secrets, and sign the build provenance. Failure point: blocking on every warning, which teaches engineers to work around the pipeline.

Step 4. Measure, then widen. Track time to remediate next to the DORA metrics, then extend checks to infrastructure as code and container images. Failure point: counting scans run instead of findings fixed.

Which sources does this comparison rely on?

Application security consulting Security testing services DevOps services Cloud DevOps services DevOps for healthcare Platform engineering vs DevOps Agile vs DevOps vs CI/CD

Frequently Asked Questions

It adds scanner licences or compute, extra build time and engineering hours for triage. Those costs are usually smaller than a late security review that holds up a release, or a vulnerability found in production. Start with open source scanners and measure the time they add to each pipeline run.