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Dive into the AWX for Beginners course, a comprehensive 3-day training designed to master Ansible automation in enterprise environments. With a focus on practical application, learners will explore AWX installation, user and team management, inventory and credential configuration, and advanced job workflows. Key modules include hands-on labs for setting up Kubernetes, managing Git repositories, and launching Ansible playbooks. Equip yourself with essential skills to streamline your automation processes. Ideal for those with a background in Ansible and basic Container knowledge, this course ensures you are ready to tackle real-world scenarios effectively.
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You can request classroom training in any city on any date by Requesting More Information
♱ Excluding VAT/GST
You can request classroom training in any city on any date by Requesting More Information
To ensure you get the most out of the AWX for Beginners course, we recommend that learners have the following foundational knowledge:
Configuration management with Ansible: A basic understanding of how to manage system configurations using Ansible will help you grasp AWX management tasks more effectively.
Basic knowledge of Containers: Familiarity with container concepts will be beneficial, especially when setting up AWX in Kubernetes during the lab sessions.
These prerequisites are designed to provide you with a smoother learning experience and help you successfully undertake the course. If you meet these minimum requirements, you're all set to start your journey with AWX!
Introduction: The "AWX for Beginners" course is tailored for IT professionals looking to master Ansible automation in enterprise environments.
Job Roles and Target Audience:
Introduction: The AWX for Beginners course provides a comprehensive introduction to AWX, including installation, user and team management, inventory and credential handling, and job template creation, with hands-on labs to reinforce key concepts.
Learning Objectives and Outcomes:
Ansible Automation is a powerful tool for automating IT tasks, making it easier to configure systems, deploy software, and orchestrate more complex IT tasks. This ensures that computers operate efficiently and predictably. It’s designed for multi-tier deployments, managing not just one machine but large networks or cloud environments. For beginners interested in learning Ansible, there are resources like the AWX training and AWX courses. AWX serves as the web-based user interface, project, and team management tool for Ansible, providing beginners with a good foundational knowledge to start automating with Ansible effectively.
Kubernetes is a powerful system used for managing containerized applications across a cluster of machines. It provides tools to deploy applications, scale them as necessary, manage changes to existing containerized applications, and optimize the use of underlying hardware beneath your containers. Kubernetes helps orchestrate your container environment, ensuring that your applications run where and when you want them, and it helps facilitate connectivity and service discovery between different parts of an interconnected system. This makes it an ideal platform for hosting cloud-native applications that require rapid scaling and real-time updating.
AWX is an open-source version of the Ansible Tower, which simplifies the use of Ansible automation and management. AWX installation involves setting it up on your server, making the management of complex deployments easier. By using AWX, you can visually monitor your automation tasks and manage inventories. It’s perfect for beginners looking to delve into automation through an AWX course or training. Additionally, it allows for scaling and efficient scheduling of jobs. For those new to this technology, opting for AWX training or an AWX course specifically designed for beginners can be highly beneficial.
Git repositories are storage spaces where developers can save their code. They track and manage changes to projects over time, ensuring that each modification is cataloged. This allows multiple developers to collaborate seamlessly, as they can see previous versions and contribute without overwriting others' work. Git also helps in reverting back to earlier versions if needed, enhancing project stability and error management. They are essential for maintaining software development workflows effectively and ensuring that progress on projects is orderly and saved consistently.
Ansible playbooks are tools used to automate IT tasks, making them repeatable and scalable. Written in YAML, a playbook defines the procedures your computer systems should execute. It's like a recipe that tells Ansible what to do, step by step. Each playbook consists of one or more 'plays', targeting specific groups of machines in your network. Useful for configuring systems, deploying software, and managing changes across complex environments, playbooks make automation accessible, even if you're just starting out with technologies like Ansible. They are essential in ensuring consistent and error-free IT operations.
Container technology allows applications to run in isolated environments called containers, which include all necessary components like libraries and other dependencies. This enables the application to run consistently across different computing environments. Containers are lighter and more flexible than traditional virtual machines, as they do not require an entire operating system for each app, improving efficiency and resource usage. This technology is foundational in developing modern software applications, especially in cloud computing, facilitating easy deployment, scaling, and management.
Introduction: The "AWX for Beginners" course is tailored for IT professionals looking to master Ansible automation in enterprise environments.
Job Roles and Target Audience:
Introduction: The AWX for Beginners course provides a comprehensive introduction to AWX, including installation, user and team management, inventory and credential handling, and job template creation, with hands-on labs to reinforce key concepts.
Learning Objectives and Outcomes:
