CompTIA AutoOps+
CompTIA AutoOps+ prepares IT operations professionals for the AT0-001 V1 certification, with a focus on using automation to manage systems and CI/CD workflows. Training typically combines lectures, demonstrations, practical labs and scenario-based exercises covering Python, Bash, PowerShell, Git, JSON, YAML, Docker, REST APIs, Terraform, Jenkins, GitHub Actions and GitLab.
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Description
CompTIA AutoOps+ prepares IT operations professionals for the AT0-001 V1 certification, with a focus on using automation to manage systems and CI/CD workflows.
Training typically combines lectures, demonstrations, practical labs and scenario-based exercises covering Python, Bash, PowerShell, Git, JSON, YAML, Docker, REST APIs, Terraform, Jenkins, GitHub Actions and GitLab.
Participants study automation coding concepts, system configuration, infrastructure as code, secrets and artifact management, delivery methods such as canary and blue-green releases, and security practices.
After completion, learners can automate routine operations, analyze pipelines and support repeatable deployments.
What You Will Learn
This CompTIA AutoOps+ course covers the AT0-001 V1 exam domains through instructor-led lessons, guided labs, code review, and scenario-based exercises. Participants work with automation concepts used across IT operations, system configuration, CI, and CD environments.
Module 1: Automation Coding Concepts
Use variables, conditional statements, iterations, parameters, functions, application logs, regex, JSON, and YAML in automation tasks.
Work with command-line tools such as grep, awk, sed, jq, and PowerShell cmdlets.
Manage dependencies with Dockerfile, requirements.txt, packages, and libraries.
Apply Git source control, including git fetch, git pull, git push, git add, git commit, branching, semantic versioning, hooks, linting, and sensitive data detection.
Module 2: System Configuration
Use configuration management concepts such as drift detection, remediation, state management, workload configuration, certificates, and ACLs.
Configure virtual network components, including subnets, routers, load balancers, firewalls, route tables, and DNS.
Compare remote and local automation using WinRM, SSH, agent-based methods, command-line scripts, push and pull provisioning, messaging queues, and FaaS.
Use RESTful APIs for CRUD operations with curl, wget, Postman, headers, methods, and response codes.
Module 3: Continuous Integration
Manage CI factors such as secrets management, encrypted key vaults, tokenization, Zero Trust, artifact registries, SBOMs, and task runners.
Analyze pipeline workflows using webhooks, ChatOps, push, manual, and scheduled triggers.
Review Jenkinsfile, gitlab-ci.yml, and github-actions.yml pipeline definitions.
Module 4: Continuous Delivery
Apply delivery methods such as canary, blue-green, rolling, and in-place deployments.
Use QA testing, smoke testing, post-deployment testing, hotfixes, SLOs, SLAs, MTBF, IAM, CLI configuration, and SDK-based provider access.
Certification & Exam
Participants who complete this training are prepared for the CompTIA AutoOps+ AT0-001 V1 certification exam. The exam confirms skills in automation coding, system configuration, continuous integration, continuous delivery, and security practices for automated IT operations.
Candidates should be ready to work with topics such as Git, YAML, JSON, REST APIs, CI/CD pipelines, Jenkins, GitHub Actions, Terraform, Docker, PowerShell, Python, and Bash. CompTIA recommends two to three years of experience in a core IT operations role, such as systems, network, or cloud administration.
After passing the exam, participants earn the CompTIA AutoOps+ certification, which can support roles involving infrastructure automation and DevOps practices.
What You Will Achieve
Apply automation coding practices using variables, conditionals, loops, functions, parameters, regex, logs, JSON, YAML, and command-line tools such as grep, awk, sed, jq, Bash, PowerShell, and Python.
Use Git source control methods, including add, commit, fetch, pull, push, branching, semantic versioning, commit hooks, linting, formatting, and sensitive data detection.
Explain infrastructure as code concepts, including reusability, immutability, declarative and imperative approaches, and idempotency, with awareness of tools such as Terraform, CloudFormation, and Bicep.
Implement configuration management techniques for drift detection, state management, certificates, access control lists, subnets, routers, load balancers, firewalls, route tables, and DNS.
Interact with RESTful APIs to perform CRUD operations using headers, HTTP methods, response codes, curl, wget, and Postman.
Analyze continuous integration configurations, including secrets management, artifact registries, SBOMs, task runners, webhooks, ChatOps, Git variables, Jenkinsfile, gitlab-ci.yml, and github-actions.yml.
Implement continuous delivery methods such as canary, blue-green, rolling, and in-place deployments, with load testing, regression testing, integration testing, smoke testing, post-deployment testing, and hotfix handling.
Troubleshoot automation and delivery issues, including syntax errors, runtime errors, Git merge conflicts, authentication issues, API communication failures, certificate issues, application failures, and configuration file errors in INI, YAML, and JSON.
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