To hire DevSecOps engineer support in 2026, EU companies need to decide more than salary level. The real decision is where security ownership should sit inside delivery.
An in-house DevSecOps engineer gives long-term control. A freelance specialist can close a specific gap fast. A dedicated DevSecOps engineer or team can embed pipeline security, secure code review, and control evidence without waiting months for local hiring.
For leadership teams, the timing matters. NIS2, GDPR, ISO 27001, and vendor security questionnaires are pushing security evidence into the software delivery process itself. Security can no longer sit only in an annual audit, a final penetration test, or a separate checklist owned by compliance.
This guide compares the three hiring models, expected cost ranges, the skills to check, the red flags to avoid, and the first 90 days of onboarding a remote DevSecOps team.
TL;DR
EU companies can hire DevSecOps engineers through three models: in-house FTE, freelance contract, or a dedicated team. In-house works when long-term ownership matters most. Freelance works for short remediation or tool setup. A dedicated team usually fits Dutch and EU SMEs that need security embedded in delivery within 2 to 4 weeks, with year-one cost often ranging from €60k to €120k depending on model, scope, and seniority.
- In-house FTE: best for permanent platform ownership, but slower to hire and usually higher year-one cost once recruitment, benefits, equipment, and management overhead are included.
- Freelance or contract: best for short audits, migration tasks, or urgent remediation, but continuity and audit evidence can weaken when the contract ends.
- Dedicated DevSecOps team: best when a company needs senior security engineering capacity inside the CI/CD workflow, with partner-managed continuity and a clearer operational handover.
When an EU company needs a DevSecOps engineer
A DevSecOps hire becomes necessary when security decisions start affecting release speed, customer trust, or compliance evidence.
For many EU SMEs, that point arrives before a formal breach or failed audit. It arrives when an enterprise customer asks for evidence, when a product starts processing more sensitive data, or when security tickets begin to block release planning.
You handle personal or sensitive data
If your SaaS platform, mobile app, marketplace, or internal system processes personal data, security controls need to be built into the delivery process. GDPR Article 32 expects appropriate technical and organisational measures based on risk. For engineering teams, that usually turns into concrete work: encryption, access controls, logging, backup recovery, vulnerability management, and regular testing.
A DevSecOps engineer does not “make the company GDPR compliant” alone. That would be too broad. Their role is to turn security requirements into technical implementation and evidence.
That means the engineer can show what is scanned, what is blocked, what is logged, who has access, and how exceptions are approved.
You fall under NIS2 or supply into a NIS2-regulated customer
NIS2 is especially relevant for companies in essential or important sectors, and for vendors supplying software or services to regulated entities. Article 21 includes requirements around security in network and information system acquisition, development, and maintenance, as well as supply chain security.
For software teams, this changes the hiring question. The issue is not only “Can this person secure Kubernetes?” It is also “Can this person create evidence that security controls exist inside delivery?”
That evidence may include:
- secure development rules,
- vulnerability handling records,
- dependency scanning reports,
- access review logs,
- incident handoff procedures,
- supplier or third-party library review notes.
For Dutch companies, use careful language. NIS2 applies at EU level, while Dutch obligations under the *Cyberbeveiligingswet (CBW) apply when the Dutch implementation law enters into force. The practical message is still the same: prepare before enforcement lands, because pipeline controls take time to design, test, and document.
*As of June 2026, the Cbw has passed the Tweede Kamer and is expected to enter into force around 1 July 2026, subject to the remaining legislative process.”
You are pursuing or maintaining ISO 27001
ISO 27001 pushes companies to show that security is controlled, documented, and repeatable. In modern software delivery, that includes secure development lifecycle controls, secure coding rules, test evidence, change control, access control, supplier management, and incident response links.
A DevSecOps engineer is useful when your ISO evidence is split across Jira, GitHub, cloud consoles, spreadsheets, and verbal process knowledge. The engineer can help move that evidence closer to the pipeline.
For a CTO, this reduces two risks at once: release risk and audit risk.
What a DevSecOps engineer actually does
A DevSecOps engineer designs and runs the security controls inside software delivery. They connect development, infrastructure, and security work so that vulnerabilities are found earlier, prioritised properly, and fixed without turning every sprint into a manual audit.
The role sits between DevOps, application security, cloud security, and engineering enablement.
A strong DevSecOps engineer usually owns five areas.
Pipeline security
They integrate SAST, DAST, dependency scanning, secret scanning, container scanning, and policy checks into CI/CD. The goal is not to block every build. The goal is to separate what must stop a release from what should become a backlog item.
That judgement matters. A noisy scanner gets ignored. A well-designed gate gives developers a clear fix path.
Secrets management
They prevent secrets from living in code, local configuration files, build logs, and shared documents. In practice, this can mean vault integration, key rotation, environment separation, and access policies for production credentials.
Good candidates can explain not only the tool they used, but the failure mode they were preventing.
Secure code review
They review high-risk parts of the product: authentication, authorisation, payment flows, data handling, integrations, admin panels, API permissions, and tenant isolation.
A useful DevSecOps review is targeted. Reviewing every line of code at the same depth wastes time. Reviewing the wrong lines creates false confidence.
Infrastructure-as-code security
They scan Terraform, Kubernetes manifests, container images, IAM policies, network rules, and cloud storage configuration before deployment. This helps catch misconfigured permissions, exposed services, weak defaults, or insecure container builds.
This is where DevSecOps becomes practical for cloud-native teams. Security moves from a separate ticket queue into the same workflow engineers already use.
Incident response handoff
They prepare engineering for what happens when a vulnerability is found in production. That includes triage flow, owner mapping, hotfix procedure, evidence preservation, customer communication inputs, and handoff to an internal SOC or external response team.
The engineer does not replace incident response. They make sure engineering is ready to act when response begins.
Three hiring models compared (in-house / freelance / dedicated team)
The right hiring model depends on the security ownership you need, not only the hourly rate.
For EU SMEs and scale-ups, the common mistake is to compare a freelancer’s day rate with an employee’s salary and a partner’s monthly cost as if they cover the same responsibility. They do not.
An in-house employee gives control, but takes longer to hire. A freelancer can move fast, but may not stay long enough to own the evidence trail. A dedicated team sits between the two: faster than local FTE hiring, more continuity than ad-hoc contracting.
| Dimension | In-house FTE | Freelance / contract | Dedicated DevSecOps team |
|---|---|---|---|
| Speed to first engineer | Often 3 to 6 months for senior security engineering roles in tight EU talent markets | Usually 1 to 3 weeks if budget and scope are clear | Usually 2 to 4 weeks when a partner has available vetted talent |
| Year-one cost | €110k to €145k all-in for mid-senior to senior roles in higher-cost EU markets | €60k to €90k effective for scoped work, depending on days used | €70k to €95k all-in for a dedicated NL-VN delivery model, based on approved internal range |
| Control | Highest once hired | Medium, depends on contract scope and availability | High operational control with partner-managed continuity |
| Compliance evidence | Built internally from scratch | Often limited unless evidence deliverables are specified | Can be designed into sprint rituals, access reviews, and delivery documentation |
| Retention risk | Medium to high in scarce senior roles | High by design, contractor mobility is normal | Lower project disruption if replacement is covered by partner process |
| Best fit | Long-term platform ownership | Point-in-time remediation, tool setup, or audit prep | Scaling secure delivery without waiting for local hiring |
| Main trade-off | Slow ramp-up and high hiring risk | Continuity and context loss | Requires strong onboarding and clear ownership boundaries |
Source: Hays Salary Checker, Robert Walters Salary Survey Netherlands 2026, Honeypot developer salary report
Best fit: in-house FTE
Hire in-house when DevSecOps is a permanent platform capability. This is usually the right answer when you already have a mature engineering organisation, a stable product roadmap, and enough security work to keep the role focused.
The risk is the hiring delay. Senior engineers who understand both delivery and security are not easy to screen. A weak hire can add 3 to 6 months of rework because they influence pipeline design, tool choice, access controls, and release gates.
Best fit: freelance or contract
Use freelance DevSecOps when the scope is bounded. Examples include setting up dependency scanning, reviewing a Kubernetes setup, preparing for an ISO audit, or remediating a known vulnerability class.
The trade-off is continuity. Once the contractor leaves, your internal team must maintain the controls. If that handover is weak, the company may pass the short-term checkpoint but lose the operating discipline later.
Best fit: dedicated DevSecOps team
A dedicated team fits when a company needs security engineering inside delivery but cannot wait for a full in-house hire. This model is especially practical for Dutch and EU SMEs with 50 to 500 employees, where the team needs senior expertise but may not need a full internal security department yet.
The model works when the DevSecOps engineer is embedded into sprint planning, CI/CD ownership, pull request review, and security evidence routines. It fails when treated as an external audit desk.
If the dedicated model fits your roadmap better than a long local hiring cycle, Sunbytes can help you hire dedicated remote developers who work inside your delivery rhythm, with DevSecOps capability matched to your pipeline, cloud, and compliance needs.
Hire developers with Sunbytes.
What it costs to hire a DevSecOps engineer in Europe
The cost to hire a DevSecOps engineer in Europe depends on country, seniority, contract model, security scope, and how much evidence the role must produce.
Base salary is only one part of the cost. For an in-house hire, year-one cost normally includes employer contributions, pension, recruitment fees, equipment, onboarding time, management time, and the productivity gap while the role ramps up.
For commercial planning, use loaded cost rather than salary alone.
| Country or model | Base salary or rate basis | Loaded year-one cost | Notes |
|---|---|---|---|
| Netherlands | €80k to €110k base salary | €112k to €154k | Higher range applies to senior DevSecOps, cloud security, or regulated SaaS roles |
| Germany | €75k to €105k base salary | €105k to €147k | Cost varies by city, regulated sector, and seniority |
| France | €70k to €95k base salary | €98k to €133k | Senior security engineering and cloud security skills increase cost |
| Spain | €55k to €80k base salary | €77k to €112k | Often lower salary base, but senior DevSecOps availability may be narrower |
| NL-VN dedicated team model | Not salary-based | €70k to €95k all-in | Approved Sunbytes range for dedicated DevSecOps engineer/team setup, subject to final role scope |
Source: Hays, Robert Walters, Honeypot
What changes the cost most
The biggest cost driver is not the tool stack. It is scope. A DevSecOps engineer asked to “secure the pipeline” has a very different job from one asked to own cloud security, application security, compliance evidence, vulnerability triage, and incident handoff.
Cost rises when the role includes:
- regulated industry exposure,
- Kubernetes and cloud security ownership,
- Terraform or infrastructure-as-code review,
- security architecture input,
- ISO 27001 or NIS2 evidence mapping,
- production incident response support,
- developer enablement across multiple squads.
A lower-cost hire can still work if the scope is narrow. For example, a mid-level engineer can manage scanning configuration and dependency hygiene under senior architecture guidance. But if the role must set policy, challenge architecture, and defend security decisions in customer due diligence, senior judgement matters.
When cheaper becomes risky
Cheaper becomes risky when the engineer cannot distinguish a real release blocker from scanner noise.
A team that blocks every medium-severity finding will slow delivery without reducing meaningful risk. A team that ignores every scanner result will produce reports without control. The value of DevSecOps is not scanning more. It is deciding what needs to change before release, what can wait, and what evidence should be kept. That judgement is what companies are paying for.
Skills, certifications, and red flags
A good DevSecOps candidate should be evaluated through production evidence, not tool-name recall. The strongest candidates can describe controls they have implemented, the trade-offs they made, the vulnerabilities they prioritised, and how they got developers to adopt the process without adding unnecessary friction.
Do look for
Look for production experience with SAST and DAST tools such as Snyk, Checkmarx, GitHub Advanced Security, GitLab security scanning, or similar tools. The exact vendor matters less than the candidate’s ability to tune rules, manage false positives, and set release gates.
Look for container and infrastructure-as-code security experience. Useful examples include Trivy, Aqua, kube-bench, Checkov, tfsec, Terraform policy checks, Kubernetes admission controls, and cloud IAM review.
Look for OWASP Top 10 fluency shown through past findings, not memorised labels. A candidate should be able to explain how broken access control, cryptographic failures, injection, insecure design, or vulnerable components appeared in real systems.
Look for at least one credible certification when the role requires senior ownership. CKS, CSSLP, OSCP, cloud security certifications, or equivalent experience can help. Certification is supporting evidence, not the final decision.
Look for examples of secure code review in production. Ask for a case where the candidate found a vulnerability, explained it to engineering, helped fix it, and changed the process so it was less likely to return.
Avoid candidates who
Avoid candidates who promise 100% secure code, zero vulnerabilities, or total protection. Strong security engineers know that risk is managed, reduced, and evidenced. It is not eliminated.
Avoid candidates who list every security tool without depth in any of them. A senior candidate should be able to explain why one scan belongs in the pull request, another belongs in nightly builds, and another belongs before release.
Avoid candidates who cannot describe a breach, near miss, or difficult vulnerability decision. DevSecOps work is full of trade-offs. If the candidate has never handled one, they may not be ready to own production controls.
Avoid candidates with certifications but no production deployment experience. Secure delivery is not only policy knowledge. It is how policy behaves under sprint pressure.
Avoid candidates who have never integrated a security control into a CI/CD pipeline they did not configure themselves.
For the detailed job description, scoring rubric, and role-specific interview checks, use the follow-up guide on how to hire a DevSecOps engineer before you start screening candidates.
Sample interview questions for DevSecOps roles
Interview questions should test judgement. A useful DevSecOps interview does not ask the candidate to define every acronym. It asks them to design a control, handle a trade-off, and explain how they would get engineers to keep using the process.
1. Walk me through how you would set up SAST and DAST for a Node.js monorepo with 12 microservices.
A strong answer separates fast pull-request checks from deeper scheduled scans. The candidate should discuss tool fit, false-positive handling, ownership of findings, baseline creation, and rules for blocking releases.
Weak answers focus only on installing a scanner.
2. Describe a vulnerability your previous team did not patch immediately and why.
A strong answer shows risk-based prioritisation. The candidate should explain exploitability, business impact, compensating controls, release timing, and who approved the exception.
Weak answers say every vulnerability must be patched immediately. That sounds safe, but it often fails in real delivery environments.
3. How do you decide what not to scan?
A strong answer recognises that every scan has a noise cost. The candidate should define scope based on risk, system exposure, code ownership, build time, and signal quality.
Weak answers say everything should be scanned all the time.
4. What would you block a production release for?
A strong answer names clear release blockers, such as exposed secrets, unauthenticated access to sensitive data, critical dependency vulnerabilities with reachable exploit paths, broken tenant isolation, or missing production access controls.
Weak answers rely only on CVSS scores.
5. How would you introduce dependency scanning to a team that already has slow builds?
A strong answer starts with baseline mode, separates build-time checks from scheduled checks, prioritises reachable vulnerabilities, and gives developers clear remediation paths.
Weak answers add more tools without changing workflow.
The questions above are enough for an early screening round. For a complete hiring workflow, including role definition, skill matrix, interview stages, and scoring rubric, use the dedicated guide on how to hire a DevSecOps engineer.
Onboarding a remote DevSecOps team without breaking velocity
Remote DevSecOps onboarding works when the first 90 days are designed around access, context, control ownership, and evidence. It fails when the engineer is dropped into tickets without understanding the product risk model.
For Dutch and EU teams working with Vietnam, the 4 to 5 hour overlap should be used for decisions, not status updates. Status can move async. Security decisions need live discussion.
| Window | Milestone | Sync mode |
|---|---|---|
| Week 1 | Access provisioning under least privilege. Threat model walkthrough. Current CI/CD review. | Full sync during NL-VN overlap |
| Weeks 2 to 4 | Pair with existing engineers. Document current pipeline controls. Identify three quick wins. | Daily short sync plus async pull request review |
| Month 2 | Lead first secure code review. Propose first control improvement. Tune scan rules. | Twice-weekly technical sync |
| Month 3 | Own one critical security control end to end. Schedule quarterly access review rhythm. | Weekly sync and async evidence updates |
Week 1: start with access and context
The first week should not begin with tool configuration. It should begin with product context.
The DevSecOps engineer needs to know:
- which systems process sensitive data,
- where production access sits,
- how releases happen,
- what incidents or near misses have happened,
- which customer questionnaires or audits are creating pressure,
- what the current CI/CD flow already checks.
Access should follow least privilege from day one. Temporary broad access may speed onboarding, but it creates the wrong habit. If broader access is needed, it should have an owner, expiry date, and review trail.
Weeks 2 to 4: pair before owning
The first month is for pairing and mapping. The engineer should work with existing backend, frontend, DevOps, QA, and cloud owners to understand how changes move from backlog to production.
The output should be a short control map, not a long audit report. A useful first-month map shows what is already controlled, what is missing, what is noisy, and what can be improved quickly.
Month 2: improve one control
By month two, the engineer should lead one visible improvement. Good examples include secret scanning, dependency scanning, access review process, container scanning, or secure code review for high-risk modules.
The improvement should have a before and after state. For example:
Before: dependency findings appear in a tool dashboard, but no engineer owns them.
After: critical reachable findings create Jira tickets with owner, severity, due date, and exception path.
Month 3: own evidence
By month three, the engineer should own at least one security control end to end. This means implementation, developer workflow, exception handling, review rhythm, and evidence storage.
For EU companies, this is the point where DevSecOps starts helping compliance. The output is not only fewer vulnerabilities. It is clearer proof of how the company manages security inside delivery.
The same operating principle applies when you manage a remote development team: overlap time should be reserved for decisions, blockers, and review. Status updates, documentation, and evidence collection can move asynchronously if ownership is clear.
NIS2, GDPR, and ISO 27001: what your DevSecOps hire must know
A DevSecOps engineer does not need to act as legal counsel. They do need to understand how legal and standards requirements turn into engineering controls.
This section should stay practical. The goal is not to explain every regulation. The goal is to show what a DevSecOps hire must be able to implement, document, and defend.
NIS2: secure development and supply chain security
NIS2 Article 21 includes cybersecurity risk-management measures. For software teams, the most relevant parts are secure development and maintenance, vulnerability handling, and supply chain security.
A DevSecOps engineer should translate that into:
- secure development rules,
- dependency and package review,
- vulnerability triage,
- patch handling,
- supplier risk input,
- evidence that security checks run before deployment.
GDPR: security of processing
GDPR Article 32 requires appropriate technical and organisational security measures based on risk. The engineering meaning is direct: systems that process personal data need confidentiality, integrity, availability, and resilience built into the technical design.
A DevSecOps engineer should help implement controls such as:
- encryption and key management,
- access control,
- secure logging,
- backup and recovery checks,
- vulnerability testing,
- environment separation,
- secure data handling in CI/CD.
The engineer should also help produce evidence. For example, if a customer asks how production access is controlled, the answer should not depend on someone’s memory. There should be access logs, review records, and clear ownership.
For product teams building customer-facing applications, GDPR compliance for mobile apps shows how privacy-by-design decisions translate into engineering work: data minimisation, consent handling, secure storage, access control, and user rights support.
ISO 27001: secure development evidence
For ISO 27001, the DevSecOps engineer should understand secure development lifecycle expectations. If your ISMS is aligned with ISO 27001:2022, this usually touches controls such as secure development life cycle, application security requirements, secure system architecture, secure coding, and security testing.
The exact mapping depends on your Statement of Applicability. The practical engineering work is still consistent:
- define secure coding rules,
- record security requirements,
- test security controls,
- protect test data,
- separate environments,
- review access,
- document exceptions,
- keep evidence close to the delivery workflow.
How Sunbytes delivers DevSecOps engineers for Dutch and EU teams
The hiring model matters most when compliance evidence and delivery speed need to move together.
If you hire in-house, you get long-term ownership but wait longer for senior capacity. If you hire freelance, you can move fast but need a strong internal owner after the contract ends. With Sunbytes’ dedicated DevSecOps engineer model, the goal is to embed security capability into the delivery rhythm, not bolt it on after development.
Why Sunbytes?
Sunbytes is headquartered in the Netherlands with a delivery hub in Vietnam and 15 years of experience helping clients turn technical strategy into reliable delivery. If your team needs DevSecOps capability inside delivery, Sunbytes can help define the profile, onboard the engineer, and build the security evidence your customers expect through our three pillars:
- Digital Transformation Solutions keeps the engineer connected to the delivery system: product roadmap, CI/CD flow, QA rhythm, architecture decisions, and secure-by-design implementation.
- Accelerate Workforce Solutions helps EU teams add dedicated DevSecOps capacity without waiting months for local hiring. Role scope, onboarding rhythm, and continuity planning are defined before the engineer joins the sprint.
- CyberSecurity Solutions gives that role the control context: ISO 27001-aligned evidence, NIS2/GDPR readiness, access review routines, and documentation that customers and auditors can inspect.
FAQs
A DevOps engineer focuses on infrastructure, automation, deployment, reliability, and release flow. A DevSecOps engineer adds security ownership to that workflow, including pipeline security, vulnerability handling, secrets management, secure code review, and control evidence. The best DevSecOps engineers do not slow DevOps down. They design controls that fit the way engineers already ship software.
An in-house senior DevSecOps hire can take 3 to 6 months in competitive EU markets. A freelancer can often start in 1 to 3 weeks if the scope is narrow. A dedicated DevSecOps engineer through Sunbytes can typically become operational in 2 to 4 weeks, depending on role requirements, screening, access setup, and onboarding readiness.
A dedicated engineer is usually better when you need continuity, product context, and ongoing evidence. A freelancer is often better for short remediation, tool setup, or a defined audit preparation task. The wrong choice is treating short-term contracting as long-term security ownership without a handover plan.
For EU companies, year-one cost can range from around €60k to €120k or more depending on model, country, seniority, and scope. In-house cost is usually higher once employer costs, recruitment, equipment, and onboarding are included. Sunbytes’ approved dedicated model range for this brief is €70k to €95k all-in, subject to final role scope.
No single engineer makes a company NIS2 compliant. A DevSecOps engineer helps implement and evidence the technical controls that support NIS2 readiness, especially secure development, vulnerability handling, and supply chain security. Legal scope, governance, reporting, and management accountability still need ownership outside engineering.
Prepare system access rules, product architecture, current CI/CD flow, cloud environment overview, known vulnerabilities, past incident notes, security questionnaires, and compliance deadlines. The first week should focus on context and least-privilege access, not immediate tool changes. Better onboarding reduces the risk of noisy controls that developers later ignore.
A mid-size SaaS company can often start with one senior DevSecOps engineer if the product has one main platform and a manageable number of squads. A team is better when you have multiple product lines, regulated customers, cloud complexity, or frequent enterprise security questionnaires. The decision should follow workload and risk, not headcount alone.
DevSecOps as a service can fit when you need capability, process, and evidence but are not ready to hire internally. It works best when the partner is embedded into delivery and has clear ownership for pipeline controls, review rhythms, and documentation. It works poorly when treated as a disconnected external scan provider.
Let’s start with Sunbytes
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