Security isn't a final checkpoint — it's woven into every commit, every pipeline stage, every container image, and every infrastructure change. This bootcamp teaches you to build software pipelines where security is automatic, not manual.
The three disciplines
This bootcamp is built for engineers who already know the Dev and Ops sides. It teaches you the Sec layer that closes the gap.
Writing code that doesn't introduce vulnerabilities from the start — threat modeling, secure SDLC, and security gates in every commit.
Security policies as code, automated vulnerability scanning, runtime protection, compliance-as-code — security controls that scale with the team.
Security monitoring, threat detection, incident response playbooks, and security observability built into the same platform the ops team already uses.
The shift-left principle
The core idea behind DevSecOps: move security checks as early in the delivery pipeline as possible. This bootcamp shows you exactly how to do that at every stage.
❌ Traditional approach — security bolt-on at the end
✓ DevSecOps — security gates at every stage
→ Each security gate in this diagram is a dedicated lesson in this bootcamp.
Study map
Click any lesson to see all chapter titles inside it. Every lesson maps to a real layer of the DevSecOps pipeline you saw above.
What you'll master
DevSecOps engineers need to understand how attacks work, know the tools to prevent them, and operate within compliance frameworks. This bootcamp covers all three in depth.
How each chapter works
Every chapter in every lesson follows the same proven pattern, so you build a study rhythm once and apply it across the whole bootcamp.
What this security control or tool is, why it exists, and what threat it addresses in a real DevOps environment.
How real security teams configure and deploy this — concrete patterns, CLI commands, policy definitions.
When to use this over alternatives — the decisions a DevSecOps engineer actually has to make.
What attackers exploit when this control is misconfigured — understanding how bypasses work makes your defences stronger.
How this chapter's control fits into a complete DevSecOps pipeline at real scale and in regulated environments.
A realistic scenario task — configuring a tool, writing a policy, designing an access model, building a runbook.
Exam-style questions with full answer explanations. Covers all five sections so you know exactly which gaps to close.
Where this leads
DevSecOps commands a meaningful premium over standard DevOps — security specialisation in regulated industries (fintech, healthcare, public sector) is treated as a distinct skill set. Figures are gross annual base from surveyed data. Select a country below.
Entry-level DevSecOps roles expect working knowledge of CI/CD security scanning, basic cloud security (AWS), and familiarity with container security tooling. Berlin and Munich are primary markets. Growing demand from fintech and regulated SaaS.
Mid-level roles own security pipeline design, Kubernetes security posture, and compliance evidence generation. ERI SalaryExpert puts the German average at €86,293 for this role. Demand driven by NIS2 directive and GDPR enforcement across EU tech companies.
Senior roles architect the full security programme — from threat modelling to compliance frameworks. ERI reports senior DevSecOps at €97,912 in Germany. Sunbytes confirms €86–€100K for senior hiring in Germany. Lead/principal roles can pass €100K with cloud security architecture ownership.
Sources: ERI SalaryExpert Germany (DevSecOps Engineer, 2026 — entry €60,662, avg €86,293, senior €97,912), Glassdoor Berlin (€70–€120K range), Sunbytes Europe DevSecOps benchmarks (June 2026, senior DE: €86–€100K).
Amsterdam leads demand for DevSecOps profiles across European fintech, payments, and cloud-native SaaS companies. English-language roles are common. Sunbytes puts junior NL DevSecOps at €50,000–€60,000 — Amsterdam adds a premium above the national range.
Sunbytes reports senior NL DevSecOps at €78,000–€92,000. Mid-level sits slightly below that range. Strong demand from Dutch banks, logistics giants, and the concentration of US tech company EU offices in Amsterdam that pay toward the upper end of these bands.
Lead/principal DevSecOps roles in the Netherlands move toward €90,000–€110,000 according to Sunbytes. Amsterdam pays at the top of these bands, particularly at US-HQ tech companies. Dutch NIS2 implementation in 2026 is expected to further accelerate demand.
Sources: Sunbytes Europe DevSecOps benchmarks (June 2026, NL senior: €78–€92K, lead: €90–€110K), ERI SalaryExpert Netherlands DevOps (€52–€93K range), Jobicy Netherlands (2026).
Brussels, Antwerp, and Ghent are the primary markets. EU institution demand in Brussels for engineers with compliance and security knowledge is a notable differentiator vs other EU countries. Belgian tax burden (~50%) significantly reduces net take-home vs comparable German or Dutch roles.
Many Belgian DevSecOps engineers work as contractors/freelancers to manage the tax burden. Belgian banks (KBC, BNP Paribas Fortis), telecoms (Proximus, Orange), and public sector agencies are frequent hirers with strong compliance requirements — good market for DevSecOps skills.
Senior Belgian packages often supplement the gross salary with company cars, meal vouchers, group insurance, and internet/phone allowances that are more lightly taxed. Total compensation can be significantly more competitive than gross salary alone suggests.
Sources: ERI SalaryExpert Belgium (2026), Sunbytes Europe DevSecOps benchmarks (comparative DE/NL data applied with Belgium adjustment), Jobicy Belgium (2026). Glassdoor Belgium data excluded due to data quality issues.
Never stuck, never alone
Self-paced doesn't mean unsupported. Mentor Bob is an AI study assistant built into every section — it already read whatever you're reading, so you can ask it to clarify a concept or give you a different example the moment you get stuck.
— Included free with the bootcamp, not an upsell.
MENTOR BOB — INSIDE LESSON 2 · CHAPTER 5
If we already have a WAF, why does this chapter say we still need SAST scanning in the pipeline?
A WAF filters malicious requests at runtime — it protects the app you already shipped. SAST scans the source code before it ships, catching the vulnerability itself instead of just blocking attempts to exploit it later. You want both: prevent the bug, and have a safety net if one slips through.
Is this for you
This bootcamp builds security depth on top of DevOps skills you already have. Starting from zero? Do the DevOps Beginner Bootcamp first.
You have hands-on DevOps experience — CI/CD pipelines, containers, cloud infrastructure — and want to add security depth on top
You're tired of security being "someone else's department" and want to own it in your own pipelines
You work in or want to move into a regulated industry (fintech, healthcare, government) where security compliance is non-negotiable
You want to understand how attacks actually work so your defences aren't just checkbox compliance
You want material you'll open again when you're designing an IAM strategy or building a compliance programme on the job
You want to learn at your own pace without a fixed weekly class schedule
You have no DevOps or cloud infrastructure experience — this bootcamp assumes it as a baseline, start with DevOps Beginner first
You're looking for a pure security operations (SOC analyst) course — this is engineering-focused, not blue-team analyst focused
You're looking for a certification exam prep guide (CISSP, CEH, etc.) — this teaches the engineering skills behind those certifications, not how to pass the exam
You need a live instructor and class cohort schedule — this is fully self-paced written material
You're looking for video content — everything here is written, practical, and structured for deep study
Full DevSecOps Fundamental Bootcamp — all 10 lessons, 104 chapters — unlocked immediately on purchase.