Last updated: July 12, 2026

How to Hire a DevSecOps Engineer: 2026 Guide

By Mike Carter, Workforce Solutions Leader, KORE1

Hiring a DevSecOps engineer in 2026 comes down to naming which of three roles you actually need, budgeting $135,000 to $200,000 base for mid-to-senior talent, and screening for someone who builds security into the pipeline instead of scanning and filing tickets.

That one word, “which,” carries the whole hire. Get it wrong and you spend three months interviewing people who are individually excellent and collectively useless to you, because the job on your req and the job your team needs at 2 a.m. during an incident are not the same job. I have watched it happen. More than once.

Here is the thing almost nobody says out loud before you open the search. Half the resumes that come back for a “DevSecOps engineer” posting belong to people who have never merged a line of pipeline code. They have run scanners. They have exported findings into a ticket queue and let developers fight about severity. That is a real job. Sometimes it is even the one you want. It is usually not the job you think you are buying. A true DevSecOps hire writes the automation that makes the scanner run on every commit, writes the policy that fails the build when it should, and does it in a language your developers respect. Scanner operator and pipeline builder look identical on paper. In practice, worlds apart.

Quick note on my angle, because you should read the rest knowing it. I lead partnership work at KORE1, and our recruiters place security and infrastructure engineers most weeks through our cybersecurity staffing practice, which runs a dedicated DevSecOps engineer staffing desk. We get paid when you hire someone we send. So the bias is real. I will not pretend otherwise. I am also going to tell you, in two or three places below, exactly when you do not need us yet. People who feel oversold do not call back. And roughly nine of every ten people we place are still in the seat a year later, which does not happen when a search gets rushed to hit a fee. We have run it that way since 2005.

What a DevSecOps Engineer Actually Owns

A DevSecOps engineer bakes security into the way software gets built and shipped, so vulnerabilities get caught by automation in the pipeline rather than by a person in a meeting three weeks after release. They own the security tooling inside CI/CD, the guardrails on cloud infrastructure, and the automated checks that let developers move fast without shipping the next breach. Security as code, not security as a gate.

The confusion comes from the two roles standing on either side of them.

A DevOps engineer builds the pipeline and the infrastructure. Speed and reliability are the point. A traditional security engineer, or a GRC analyst, governs and audits. Their currency is policy and evidence. The DevSecOps engineer sits in the seam, and the seam is where most hiring goes wrong, because the person you need writes code like the first one and thinks about threats like the second. Rare combination. It is why the good ones clear $180,000 without trying.

For the full breakdown of responsibilities and the day-to-day, we wrote a separate DevSecOps engineer role guide. This piece is about the hire itself.

The Real Problem: “DevSecOps Engineer” Is Three Different Hires

One title. Three people who barely overlap. If you cannot say which one you need before you post, the search will tell you the hard way, in weeks.

The first is the pipeline and security-automation engineer. This person lives in your CI/CD system. GitLab CI, GitHub Actions, Jenkins if you have not migrated yet. They wire SAST and DAST into the build with Snyk or Semgrep or Checkmarx, write policy-as-code in OPA or Rego so a bad configuration fails the pipeline instead of reaching production, and treat every security control as something that runs on a commit, not something a human remembers to check. If your problem is “security is manual and it is slowing us down,” this is your hire. Full stop.

Second, the application security engineer who moved left. Threat modeling. Secure code review. Sitting with developers during design instead of after. They know the OWASP failure modes cold and, more importantly, know how to explain a fix without making the developer feel stupid. Companies shipping a lot of first-party code, especially anything handling money or health data, need this one. The pipeline person can automate a scan. This person tells you the scan is pointed at the wrong thing.

Third is the cloud and platform security engineer. Their world is AWS, Azure, or GCP, and their job is making sure the infrastructure your DevOps team stood up cannot be turned into a breach. Terraform guardrails. IAM roles that are not quietly set to admin. Kubernetes hardening, which is its own specialty, with its own cert, the CKS. When your risk lives in cloud misconfiguration and over-broad permissions rather than in your application code, hire here.

Could one person do all three? A few can. They are called principal security engineers, they cost $230,000 and up, and they are almost never available when you need them. For everyone else, pick the one that maps to where you actually bleed.

A logistics company in the Dallas-Fort Worth area learned this the expensive way last year. They posted for a DevSecOps engineer, got a stack of application security resumes, hired a strong one, and then discovered their actual problem was that a junior engineer had left three S3 buckets world-readable and nobody owned the cloud posture. The person they hired was good. She was also the wrong instrument, and she knew it by week two. It took another six weeks to bring in the cloud security specialist they had needed all along, and the AppSec hire spent that time doing work she was overqualified for and bored by. Two salaries, one solved problem, four months lost. All of it avoidable with one sentence written before the req went out.

What a DevSecOps Engineer Costs in 2026

Salary data for this role is a mess, and the mess is instructive. The aggregators disagree by almost $85,000 on the average, because they are all quietly counting different jobs under the same keyword. Wild spread.

Look at the spread. ZipRecruiter puts the national average around $101,752, which runs low because it sweeps in junior and scanner-operator postings. Glassdoor reports roughly $184,954 with top-of-band pay north of $300,000, skewed high by senior roles at big tech. Salary.com lands in between at about $137,478. None of them is lying. They are just answering different questions.

Here is what we actually see clients pay for a real hire, by level:

Geography still moves these. Less than it used to. A mid-level engineer in Irvine or the Bay Area runs higher than the same person in Denver or Kansas City, though remote work has compressed that gap more than most hiring managers expect. Certifications shift the number too. Terraform and Kubernetes depth, and the CKS specifically, tend to add 20 to 40 percent over a generalist with the same years. If you want the full picture, our DevSecOps engineer salary guide breaks it down by region and specialization, and the salary benchmark assistant will give you a live band for your exact market.

One reason the demand outruns supply. The Bureau of Labor Statistics projects 29 percent growth for information security analysts through 2034, with about 16,000 openings a year. The people who can also build are a thin slice of that already-thin pool. Supply and demand does the rest to the number.

Where to Find Real DevSecOps Talent

Start with a hard truth. The best DevSecOps engineers are not on the job boards, because they are employed, paid well, and getting three recruiter messages a day already. Posting a req and waiting is a strategy for collecting the resumes of people the market has passed over. Some of those people are fine. The one you want is not applying.

Which leaves three ways in.

Referrals from your own engineers are the highest-yield channel and the one most teams underuse. Warm beats cold, always. Your senior DevOps person knows who the good security-minded builders are. Ask them by name. The second channel is targeted outreach to passive candidates, which is slow, requires someone who can talk credibly about pipelines and threat models, and is most of what a specialized recruiter actually sells. The third is a staffing partner who already has the relationships warm, which, yes, is us, and which makes sense mainly when speed matters or your internal team has nobody to run the outreach.

Before any of that, decide how you want to engage the person, because it changes who will even talk to you.

Direct hire is the default when the work is permanent and you want the person invested in your roadmap. It is the right call for your first DevSecOps hire almost every time. Our direct hire staffing side handles most of these. Contract makes sense for a defined project with an end date, a cloud migration hardening push, a compliance sprint toward SOC 2, a six-month platform build. You pay more per hour and less over the year, and you can bring in senior depth you could not justify full-time. Our contract staffing model exists for exactly that. And contract-to-hire splits the difference, letting both sides test the fit before anyone commits, which is genuinely useful for a role this hard to evaluate on a resume. Try before you buy.

How to Screen a DevSecOps Engineer Without Wasting Everyone’s Time

Kill the trivia round. “What is the difference between SAST and DAST” tells you the candidate can read a study guide. It tells you nothing about whether they can build. Watch them work instead.

The single most reliable screen we have seen: hand them a broken pipeline and watch. Then listen. Give them a small repository with a deliberately over-permissive IAM policy, a Dockerfile running as root, a dependency with a known CVE, and a CI config that skips the security stage. Then ask them to find what is wrong and fix it, out loud, while you listen. A real DevSecOps engineer will narrate the whole thing. They will spot the root user, question the IAM scope, notice the skipped stage, and probably tell you what they would automate so it never happens again. The scanner operator will find the CVE, because a tool would have flagged it, and stall on the rest.

You are listening for a specific thing. Do they think in automation, or in tickets? Ask any candidate how they would stop a particular class of bug from ever reaching production again. The builder describes a pipeline stage. The gatekeeper describes a policy document and a review meeting. Both have their place. Only one of them is the job you posted.

A few questions that actually separate people:

• Walk me through the last security control you automated. What broke first, and how did you know?
• A developer says your security scan is blocking a hotfix that has to ship in twenty minutes. What do you do, right now?
• Show me a Terraform module or pipeline config you are proud of. Talk me through a tradeoff you made in it.
• Where have you been wrong about a risk? What did it cost, and what did you change?

That last one matters more than it looks. Security people who have never been wrong have usually never owned anything. The good ones have a scar and a story.

A Step-by-Step Hiring Process

Pulling it together, here is the sequence that actually works, in order.

1. Name which of the three roles you need. Pipeline automation, application security, or cloud posture. Write the one sentence before you write the req. This is the step that saves the months.
2. Set a comp band you can defend. Mid-level clusters at $135,000 to $165,000; do not anchor to a lowball aggregator average and then act surprised when the pipeline is empty.
3. Choose the engagement model. Direct hire for permanent ownership, contract for a scoped push, contract-to-hire when the fit is genuinely uncertain.
4. Source past the job boards. Referrals first, then targeted outreach, then a partner if speed or bandwidth forces it.
5. Screen hands-on. Broken pipeline, thinking out loud, automation-versus-tickets tell. No trivia.
6. Move fast on the yes. Strong DevSecOps candidates hold multiple offers. A slow, seven-round loop loses them to a company that decided in a week.

Speed on that last point is not a nicety. It is most of the game. Our average time-to-hire across IT roles runs about 17 days, and the single biggest reason a search runs longer than that is an internal loop that cannot make up its mind.

Do You Even Need One Yet? An Honest Detour

Here is the part I promised. Not every company that wants a DevSecOps engineer needs one. Some should wait.

If you have a five-person engineering team, ship a modest amount of code, and run mostly on managed cloud services, you may be better served by making security a shared responsibility and buying good tooling than by hiring a dedicated specialist you cannot keep busy. A senior DevOps engineer with a security streak, plus Snyk and a well-configured cloud baseline, covers a lot of ground. The dedicated hire earns its cost when the code volume, the compliance pressure, or the regulatory stakes cross a line, when you are chasing SOC 2 or handling health or payment data or a breach would end the company. Below that line, wait. I would rather tell you that than place someone who is bored in six months and gone in nine.

Common Questions About Hiring DevSecOps Engineers

DevSecOps engineer versus DevOps engineer, does the difference actually change who I hire?

Yes, and more than the titles suggest. A DevOps engineer optimizes for shipping fast and keeping systems up; a DevSecOps engineer does that while building security controls directly into the pipeline. Same tooling fluency, different instinct. Hiring one when you needed the other is the most common and most expensive miss in this whole category.

Which certifications actually mean something?

Short answer: a few, and only alongside real work. The Certified Kubernetes Security Specialist (CKS) is the most respected because it is hands-on and hard to fake. The Certified DevSecOps Professional (CDP) signals pipeline focus. CISSP shows breadth but leans toward management, not building. Treat any cert as a tiebreaker, never as proof someone can do the job.

Realistically, how long does it take to fill one of these?

Three to six weeks for a direct hire when the role is well-scoped and the comp is honest. Contract placements can move in days if a qualified specialist is between engagements. The clock stretches fastest for two reasons: a req that has not decided which of the three roles it wants, and a hiring loop that drags past a week of decision time.

Contractor or full-time, which makes more sense?

Depends on whether the work ends. Permanent ownership of your security posture is a direct-hire problem. A defined project with a deadline, a cloud-hardening sprint, a SOC 2 push, a platform build, is often better and cheaper as a contract, where you can rent senior depth you could not justify carrying year-round. Contract-to-hire is the honest middle when you are not sure yet.

How do I tell a real DevSecOps engineer from someone who just runs scanners?

Ask them to fix a broken pipeline out loud. The builder writes automation and questions the whole configuration; the scanner operator finds the vulnerability a tool would have flagged and stalls on everything else. Resumes hide this difference completely. A twenty-minute hands-on exercise exposes it in the first five.

Can KORE1 actually help, or is this just a pitch?

Both, honestly. Placing security and infrastructure engineers is what our recruiters do most weeks, and we keep a specialized DevSecOps desk for exactly this role. The interest is obvious. The advice above stands whether you call us or not, including the part where sometimes the right move is to wait and not hire anyone at all.

The One Thing to Get Right

Take one sentence from all of this. The first one. Decide which of the three DevSecOps roles you need before you write a word of the req, because every downstream decision, the budget, the sourcing channel, the interview, the person, flows from that single choice, and no amount of good recruiting fixes a search that was pointed at the wrong role from the start. Pin that down and the rest is ordinary work.

When you are ready to fill the seat, or you just want a second opinion on which of the three you actually need, talk to a KORE1 recruiter. We will tell you the honest version, even when it is “not yet.”