CompTIA AutoOps+ Certification: Your Complete 2026 Guide

CompTIA AutoOps+ (exam code AT0-001) launched on June 2, 2026, as the newest credential in CompTIA’s Expansion Series, validating automation, infrastructure-as-code, and CI/CD pipeline skills for IT operations professionals. The exam features 60 multiple-choice and performance-based questions in a 60-minute window, requires a passing score of 600 out of 900, and targets candidates with two to three years of hands-on infrastructure experience. This guide breaks down every domain, provides a week-by-week study plan, and explains how AutoOps+ fits into a modern DevOps career trajectory.

What Is CompTIA AutoOps+?

CompTIA AutoOps+ is a specialized certification designed to bridge the gap between traditional IT operations roles and modern DevOps practices. It is the second release in CompTIA’s Expansion Series — a layer of credentials that sit on top of the core stack (A+, Network+, Security+, Linux+, Cloud+, Server+) rather than replacing anything in it. The first Expansion Series release was SecAI+, which validated AI security skills.

For years, IT operations professionals have been doing automation work that no CompTIA certification properly recognized. Maintaining Jenkins pipelines, writing Ansible playbooks, provisioning infrastructure through Terraform, managing GitHub Actions workflows — these tasks fell between the cracks of existing certs. Linux+ touched scripting. Cloud+ covered some infrastructure-as-code concepts. But nothing validated automation as a standalone discipline until AutoOps+ arrived, according to industry analysis published on LinkedIn.

The certification tells employers two things: you understand how IT infrastructure works (proven by your core certs), and you can automate it at scale. That combination is exactly what enterprise operations teams need in 2026 as they accelerate cloud migration and CI/CD adoption.

The AT0-001 Exam Blueprint

The exam is divided into four domains, each testing a distinct layer of the automation stack. The domain weights tell you exactly where to invest your study hours. Here is the official breakdown from CompTIA’s certification page:

Domain	Topic	Weight
1	Automation Coding Concepts	31%
2	System Configuration	25%
3	Continuous Integration	24%
4	Continuous Delivery	20%

Domain 1 is the heaviest at 31%, and it surprises many candidates. This is not a scripting exam — it is a coding-concepts exam. It covers scripting logic, data structures, error handling in an operations context, and version control with Git. The Git coverage goes deep: branching strategies, merge conflict resolution, and maintaining clean repository history across a team. REST API consumption is also in scope — authentication methods, response handling, and building automation that communicates with cloud providers through their APIs.

Domain 2 (25%) focuses on configuring systems at scale through code. The exam references tools like SaltStack, Chef, Puppet, and Terraform by category rather than testing one specific platform. You need to understand both push and pull provisioning models, when each fits, and the trade-offs involved. Virtual networking components, certificate management, ACLs, and environment consistency round out this domain.

Domain 3 (24%) covers continuous integration — the tooling between a developer pushing code and that code being declared ready. Pipeline definitions for Jenkins and GitHub Actions, hooks and triggers, secrets management, artifact management, and troubleshooting are all explicitly tested. Domain 4 (20%) addresses continuous delivery: deployment strategies (blue-green, canary, rolling, in-place), SLOs, SLAs, MTTR, and feedback loops.

Who Should Take This Exam?

AutoOps+ is built for professionals already working in IT operations who want to validate and formalize their automation skills. The ideal candidates include systems administrators moving into DevOps roles, automation engineers, cloud operations specialists, IT support engineers expanding into infrastructure automation, and DevOps analysts.

CompTIA recommends two to three years of experience in a core IT operations role (network, cloud, or systems administrator) before attempting the exam. The suggested background includes Network+, Linux+, Cloud+, or Server+ — or equivalent hands-on experience. If you recently earned your CompTIA Linux+ certification, AutoOps+ is a natural next step that builds directly on that foundation.

This exam is not for beginners. If you have less than a year of hands-on infrastructure experience, or if you are a pure application developer who never touches deployment pipelines or underlying compute infrastructure, AutoOps+ will expose gaps that multiple-choice memorization cannot paper over. The performance-based questions are designed to test real problem-solving, not recall.

Study Plan: Eight Weeks to Pass

An eight-week study plan works well for candidates who already have the recommended experience. If you are starting from scratch with automation concepts, extend this to twelve weeks. The key is allocating time proportionally to domain weights.

Weeks 1–3 (Domain 1, 31%): Focus on automation coding concepts. Practice writing scripts in Python and Bash — not just syntax, but structuring code with functions, error handling, and logging. Set up a Git repository and practice branching, merging, resolving conflicts, and writing meaningful commit messages. Build a script that consumes a REST API (try the AWS or Azure REST APIs) and handles authentication, pagination, and error responses.

Weeks 4–5 (Domain 2, 25%): Study infrastructure-as-code and configuration management. Install Terraform and provision a virtual machine on AWS or a local provider. Write an Ansible playbook that configures a server (install packages, manage files, start services). Compare push vs. pull models — understand why Chef and Puppet use different approaches than Ansible.

Weeks 6–7 (Domain 3, 24%): Build a CI pipeline from scratch. Set up GitHub Actions on a sample repository with build, test, and deploy stages. Configure Jenkins on a local VM and create a pipeline using a Jenkinsfile. Practice secrets management — store credentials in GitHub Secrets or Jenkins credentials store, never in plaintext. Introduce a deliberate failure and practice troubleshooting.

Week 8 (Domain 4, 20% + Review): Study deployment strategies. Implement a blue-green deployment and a canary release. Review SLOs, SLAs, and MTTR definitions. Take full-length practice tests — Crucial Exams offers 250 practice questions and 207 flashcards for AT0-001. Aim for 85%+ consistently before booking the exam.

Hands-On Lab Setup

AutoOps+ rewards practical experience. Set up a home lab using free tiers and open-source tools. You do not need expensive hardware — a laptop with 16 GB RAM running VirtualBox or a cloud free-tier account is sufficient.

Start with a Linux VM (Ubuntu 22.04 LTS). Install the core toolchain: Git, Python 3, Ansible, Terraform, Docker, and Jenkins. Create a GitHub account if you do not have one — every exercise should be version-controlled. For CI/CD practice, GitHub Actions is free for public repositories and gives you unlimited pipeline runs.

Here is a concrete lab progression that maps to exam domains:

Lab 1: Write a Python script that queries a cloud API and writes results to a file. Add error handling and logging.
Lab 2: Convert that script into a Git repository with proper branching, a README, and a pull-request workflow.
Lab 3: Use Terraform to provision an EC2 instance. Then use Ansible to configure it — install Nginx, deploy a static site, set up firewall rules.
Lab 4: Add a GitHub Actions workflow that runs on every push: lint the Python code, run tests, and build a Docker image.
Lab 5: Extend the pipeline to deploy the Docker image with a blue-green strategy. Add rollback logic.

Completing all five labs gives you hands-on exposure to every domain on the exam. The Udemy AutoOps+ preparation course provides 415 practice questions across six exam sets, which complements the lab work well.

Performance-Based Questions Decoded

The performance-based questions (PBQs) on AT0-001 are where candidates with real experience pull ahead of those who only memorized flashcards. These are not pick-from-four-answers scenarios. Expect to interact with simulated tooling — reading and fixing a YAML configuration file, configuring pipeline stages in a Jenkins-like interface, or troubleshooting a failed deployment.

The PBQ format has matured significantly across recent CompTIA exams (Security+ SY0-701, CySA+ CS0-003, and PenTest+ PT0-003 all feature improved PBQs). For AutoOps+, this means you should be comfortable navigating Git commands at a terminal, editing infrastructure-as-code files, and interpreting pipeline logs to identify where a build broke.

Strategy for PBQs: read the entire scenario before touching anything. Identify what the question is actually asking — many PBQs include distractors that look like they need fixing but are actually correct. If a PBQ has multiple tasks, complete the ones you are confident about first. Partial credit is typically awarded, so never leave a PBQ blank.

Career Impact and Salary Outlook

AutoOps+ positions you for roles that sit at the intersection of IT operations and software engineering — some of the highest-paying positions in technology. The demand for automation skills is not slowing down. According to salary data aggregated from the U.S. Bureau of Labor Statistics, DevOps engineers earn an average of approximately $102,730 per year in the United States. PayScale reports automation engineers average $86,556 annually in 2026, with senior professionals earning well above $120,000.

The career path from systems administrator to DevOps engineer typically follows this progression: core IT certs (A+, Network+, Linux+ or Cloud+) → automation experience on the job → AutoOps+ to validate that experience → senior DevOps or platform engineering roles. AutoOps+ is the credential that formally acknowledges the automation work you have been doing informally. For a broader view of where this fits, see our ranking of top DevOps certifications by salary impact in 2026.

For employers, AutoOps+ signals a candidate who can reduce manual toil, standardize deployments, and improve system reliability through automation. These are the skills that justify senior-level compensation. If you have been doing Jenkins, Ansible, or Terraform work without formal recognition, this certification closes that gap on your resume.

Final Tips Before Exam Day

Arrive early — whether testing at a Pearson VUE center or online via OnVUE. The exam is only 60 minutes for up to 60 questions, which means roughly one minute per question. Time management is critical. If a question takes more than 90 seconds, flag it and move on. Return to flagged questions after completing the rest of the exam.

The PBQs typically appear at the beginning of the exam. Do not panic if the first screen is a complex scenario — this is by design. Read carefully, work methodically, and remember that partial credit exists. Complete the PBQs to the best of your ability, then move to the multiple-choice questions where you can accumulate points quickly.

Review the exam objectives one final time the day before. Focus on the domains where your practice test scores were weakest. Get a full night of sleep — this exam tests problem-solving under time pressure, and fatigue kills performance. The passing score is 600 out of 900, which means you need roughly 67% to pass. Consistent practice test scores above 85% give you a comfortable margin.

AutoOps+ is the certification that finally recognizes automation as a first-class IT discipline. With the right preparation — hands-on labs, practice tests, and domain-weighted study time — you can be among the first wave of certified professionals when the exam reaches full availability. The credential launches your transition from operations to DevOps, and the study time starts now.