The Linux Professional Institute DevOps Tools Engineer Exam 701 (version 1.0), also known as LPI 701-100, validates your ability to design, implement, and manage modern DevOps toolchains and infrastructure automation. This exam is ideal for systems administrators, cloud engineers, and DevOps practitioners who work with containerization, configuration management, and deployment automation. This guide provides a clear roadmap of the exam syllabus, question formats, and actionable preparation strategies to help you succeed on your first attempt.
Use this topic map to guide your study for LPI 701-100 (Linux Professional Institute DevOps Tools Engineer Exam 701 (version 1.0)) within the LPI DevOps Tools Engineer path.
The LPI 701-100 exam uses a mix of question types designed to assess both theoretical knowledge and practical decision-making in real DevOps scenarios. Questions progress in difficulty and require you to apply concepts across multiple domains.
Each question type emphasizes hands-on reasoning and the ability to connect theory to operational reality.
Effective preparation for LPI 701-100 requires a structured study plan that maps each topic to weekly learning goals and includes regular practice with realistic scenarios. Allocate 4-6 weeks for thorough preparation, with time for both concept review and hands-on lab work.
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Container Management (Topic 702) and Configuration Management (Topic 704) typically represent a larger portion of the exam, as they form the core of modern DevOps practice. However, all five topics are essential; weakness in any domain can impact your overall score. Allocate study time proportionally, but ensure you have competency across all areas.
In practice, these topics overlap significantly. You write code and configure CI/CD pipelines (Topic 701), build and orchestrate containers (Topic 702), provision infrastructure to run them (Topic 703), apply configuration management to maintain consistency (Topic 704), and monitor operations to ensure reliability (Topic 705). The exam tests your ability to see these connections and make decisions that span multiple domains.
Hands-on experience is highly valuable; aim for at least 6-12 months of practical work with containers, configuration management tools, and CI/CD systems. If you lack experience, prioritize labs on Docker and Kubernetes (Topic 702), Ansible or Puppet (Topic 704), and at least one CI/CD platform like Jenkins or GitLab CI. Simulating real failures and recovery scenarios is especially helpful.
Many candidates underestimate the importance of understanding tool-specific syntax and configuration options, leading to errors on scenario-based questions. Others rush through questions without fully reading the context, missing critical details that change the correct answer. Finally, weak knowledge of monitoring and alerting (Topic 705) is common; invest time in learning how to interpret metrics and configure meaningful alerts.
Review high-stakes topics like container networking, secrets management, and pipeline failure troubleshooting. Redo your most challenging practice questions and ensure you understand the reasoning behind each answer. Do a full-length timed practice test to verify your pacing, then spend remaining time on targeted review of any remaining weak areas rather than starting new material.
Which of the following tasks are completed by docker-compose down when it is used with additional parameters? (Choose two correct answers.)
Which Ansible modules can be used to change the contents of a file? (Choose three correct answers.)
If a Dockerfile references the container's base image without a specific version tag, which tag of that image is used to create the container?