LPI DevOps Tools Engineer
Linux Professional Institute DevOps Tools Engineer
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ExploreAbout this exam
The Linux Professional Institute DevOps Tools Engineer is a vendor-neutral certification awarded after passing Exam 701, exam code 701-200, whose objectives are published as version 2.0.0. LPI describes it as a required exam for the certification and states there is no requirement to possess any other certification, though it recommends holders maintain at least one active certification in system administration or software development at a level equivalent to LPIC-1. The stated candidate is a professional software developer or system administrator producing IT solutions that need a robust, efficient path from source materials to a deployed or distributable product or service, with particular focus on open source technology. The exam covers basic skills in using tools commonly used to implement DevOps, organized into four objective groups: Software Engineering (modern software development, standard components and platforms, source code management with Git, CI/CD, software composition and licensing), Application Container (Docker and Podman management, Compose orchestration, image building with Dockerfiles and Containerfiles), Kubernetes (architecture and kubectl usage, basic operations such as Pods, Deployments, Services, Ingress and PersistentVolumeClaims, Helm package management), and Security and Observability (cloud native security, Prometheus monitoring and PromQL, log management, OpenTelemetry tracing). Each objective carries a published weight, and LPI states that objectives with higher weights are covered with more questions, so weighting is the most reliable guide to where to spend study time. LPI publishes free learning materials that it says prepare candidates for its exams and are continuously expanded and updated. This page is independent study material and is not affiliated with or endorsed by LPI.
What you'll study
About LPI DevOps Tools Engineer preparation
What is the exam code and objectives version I should be studying against?
The published objectives page lists Exam Code 701-200 and states that the objectives are for version 2.0.0. Always confirm on LPI's own objectives page before booking, because LPI revises objectives and an older version may still circulate in third-party study notes.
What format is the exam, how long does it take, and what does it cost?
LPI's overview and objectives pages do not state question count, duration, format, or fee. Those details sit on LPI's exam pricing and scheduling pages, which are the authoritative place to check. Treat any figure quoted in a forum or course description as unverified until you confirm it there.
Do I need LPIC-1 or another certification before taking it?
No. LPI states the certification is awarded after passing this exam and that there is no requirement to possess any other certifications. It does recommend that DevOps Tools Engineers maintain at least one active certification in system administration or software development, at a level equivalent to LPIC-1.
How should I order my study across the four objective groups?
Follow the published weights rather than the table of contents. 703.2 Basic Kubernetes Operations (weight 7) and 701.1 Modern Software Development, 701.3 Source Code Management, 704.2 Prometheus Monitoring and 702.1/702.3 container objectives (weight 6 and 5) carry the most questions; 704.3, 704.4, 703.3 and 701.5 carry the fewest. Cover high-weight objectives hands-on first.
Which tools do I actually need to practise with?
The objectives name them: git for source control; docker and podman subcommands for containers, plus docker compose and docker-compose.yml; Dockerfile and Containerfile instructions for image builds; kubectl subcommands and ~/.kube/config for Kubernetes; helm install, upgrade, list and uninstall with values.yaml; and Prometheus with PromQL, exporters and Alertmanager for monitoring.
How difficult is it for someone who is strong in only one area?
The candidate description targets a developer or administrator who bridges development and operations, so a pure developer will find the container, Kubernetes and Prometheus objectives the steepest, and a pure administrator will find the software engineering, licensing and CI/CD objectives the steepest. Plan deliberate practice on your weaker half rather than deep-diving your stronger one.
What are the most common ways candidates lose marks?
Three recur: memorizing command lists without running them, so kubectl and helm flags blur under exam pressure; skipping low-weight objectives entirely, when 701.5 licensing and 703.3 Helm are cheap, bounded topics; and ignoring the awareness-level items, such as SVN and CVS, Artifactory and Nexus, Kustomize, Flux CD and Argo CD, Thanos, Loki and Jaeger, which the objectives still list.
Is there official free preparation material?
LPI states that its learning materials prepare candidates for its exams, are continuously expanded and updated, and are free, pointing to learning.lpi.org. Use those alongside the objectives page, which lists key knowledge areas and a partial list of files, terms and utilities for every objective - that list is effectively your revision checklist.
What happens if I fail - can I retake, and how long is the certification valid?
LPI's overview and objectives pages do not state a retake policy, validity period, or renewal requirement. Check LPI's exam vouchers and return policy and its certification renewal pages, which are linked from the LPI site, before you rely on any figure you have read elsewhere.