Unable to find what you're searching for?
We're here to help you find itIntroduction to Event-Driven Ansible (DO274) is designed for system administrators, DevOps engineers, and other technical professionals who want to learn how to create, deploy, and configure Event-Driven Ansible (EDA) to run automation code triggered by events sent by supported event sources such as monitoring systems, webhooks, and Apache Kafka. Write Ansible Rulebooks and use them in Event-Driven Ansible controller to react upon events and remediate or resolve infrastructure issues. Learn about key use cases as examples of how to use Event-Driven Ansible in your IT infrastructure.
Purchase This Course
♱ Excluding VAT/GST
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 a successful and enriching learning experience in the DO274 Introduction to Event-Driven Ansible course, we recommend the following minimum prerequisites:
These prerequisites will help you grasp the key concepts and practical aspects of creating, deploying, and configuring Event-Driven Ansible, enabling you to effectively use it in your IT infrastructure. If you're unsure about your current skill level, we recommend taking our free assessment to gauge whether this course is the best fit for you.
By meeting these minimum requirements, you will be well-prepared to dive into the world of
Introduction: The DO274 Introduction to Event-Driven Ansible course is ideal for IT professionals looking to master automation triggered by events in modern infrastructure.
Target Audience:
DO274 Introduction to Event-Driven Ansible: Learning Objectives and Outcomes
Introduction: This course is designed to equip system administrators, DevOps engineers, and technical professionals with skills to create, deploy, and manage Event-Driven Ansible automation solutions. Gain expertise in configuring the Event-Driven Ansible controller, writing Ansible Rulebooks, and exploring key use cases.
Learning Objectives and Outcomes:
These objectives ensure you have a comprehensive understanding of Event-Driven Ansible and its application in modern IT environments.
Problem resolution in technology refers to the process of identifying, diagnosing, and solving problems that impede or prevent systems and software from functioning correctly. Effective problem resolution typically involves several stages, including problem recognition, analysis, devising potential solutions, implementing those solutions, and then monitoring to ensure the issue is resolved. This skill is crucial for maintaining system reliability and efficiency, ensuring that disruptions are minimized and productivity is maintained across operations.
Event-Driven Ansible (EDA) is a method within the Ansible automation platform that triggers tasks based on specific events rather than running them sequentially or on a fixed schedule. This approach enhances the responsiveness and efficiency of IT environments by allowing immediate reaction to changes or errors. It is particularly beneficial for dynamic or complex systems where conditions can change rapidly. Learning EDA can be further advanced through Ansible training and certification programs, including the more specialized Red Hat Ansible certification, available in various formats like ansible training online to facilitate skill enhancement in this evolving automation landscape.
Triggers from various event sources refer to mechanisms within software that automatically execute a predefined action in response to specific events or changes. These triggers are commonly used in programming and cloud services to enhance automation and efficiency. For example, in workflow automation, a trigger might initiate a sequence of tasks when new data is received or when a user performs a specific action. This capability is essential in managing complex systems dynamically and ensuring that processes are reactive to real-time changes, thereby minimizing manual intervention and streamlining operations.
Apache Kafka is a distributed streaming platform that allows you to publish and subscribe to streams of records, store streams of records in a fault-tolerant way, and process them as they occur. Essentially, it functions like a messaging system that handles high volumes of data and enables passage of messages from one end-point to another. Kafka is widely used for real-time analytics and monitoring because it can handle massive amounts of data efficiently. It’s perfect for businesses dealing with large streams of data that need to be processed quickly and reliably.
Git is a version control system that allows multiple people to work on the same project without interfering with each other. It helps track changes, revert back to previous versions, and manage different versions (branches) of projects. Each project has a repository, which acts like a folder for your files and all their historical versions. You can copy (clone) this repository, make changes (commit), and suggest updates (pull request) to the original project. Git is essential for collaborative coding projects, ensuring errors can be easily corrected by referring to earlier versions.
Ansible Playbooks are an essential tool for automating IT tasks. Written in YAML, these files are easy to read and use Ansible to describe configurations, as well as outlining a series of tasks to automate processes across multiple systems. Playbooks make it straightforward for teams to set up, manage, and deploy applications without manual intervention, ensuring consistent environments across various stages of deployment. Playbooks can significantly improve deployment speed and accuracy, beneficial for any organization aiming to streamline operations through Ansible Training and Certification or through specific programs like Red Hat Ansible Certification.
An Event-Driven Ansible Controller is a part of Ansible Automation that initiates tasks in response to events rather than running tasks on a fixed schedule. It boosts efficiency by responding dynamically to network changes, system updates, or configuration shifts. This tool, often integral to a Red Hat Ansible Certification, allows you to automate complex workflows efficiently. By enrolling in ansible training and certification, or specifically ansible training online, professionals can master how to configure and use this event-driven mechanism in diverse IT environments, enhancing their expertise in modern automation strategies.
The Red Hat® Ansible Automation Platform 2.4 is an advanced framework designed for automating across IT environments. It streamlines complex tasks and workflows, making it easier to deploy applications and manage systems. The platform supports scalable operations and predictive analytics, ensuring efficiency and reliability in IT processes. For professionals looking to enhance their skills, Red Hat offers ansible certification training, including ansible training and certification and ansible training online. These programs help learners acquire practical expertise in using the platform, culminating in a red hat ansible certification to validate their capabilities.
Linux is an open-source operating system that serves as the foundation for various software platforms. It manages your hardware resources and provides essential functionalities for your computer's applications. Users can modify Linux extensively to tailor it for specific tasks or environments, making it a popular choice for servers, desktops, and embedded systems. Known for its security and stability, Linux is widely used in IT infrastructures, often managed via tools like Ansible, which helps in automating and streamlining system tasks and configurations. Red Hat offers specialized Ansible certifications for those looking to enhance their proficiency in system automation.
Command-line Ansible is a simple, yet powerful, tool used for automating tasks in IT environments. It allows professionals to manage computers remotely, streamline software deployments, and handle configuration changes across diverse systems with just a few commands. Utilizing Ansible, one can execute tasks precisely and consistently, minimizing manual workload and potential errors. For individuals looking to excel in this tool, pursuing an Ansible training and certification, such as the Red Hat Ansible certification, can be highly beneficial. These programs, often available online, provide comprehensive knowledge and practical experience, preparing you for effective automation in diverse IT infrastructures.
Automating infrastructure remediation means using software tools to automatically fix or update IT systems when problems are detected. This often involves deploying scripts and policies that can identify issues, such as system failures or security vulnerabilities, and execute the necessary actions to restore functionality or enhance security. For instance, using tools like Ansible, which is featured in many ansible training online programs and red hat ansible certification courses, teams can pre-define corrective actions in Ansible Playbooks. These tools enable rapid and consistent corrections, reducing downtime and manual effort while improving overall system reliability and security.
Introduction: The DO274 Introduction to Event-Driven Ansible course is ideal for IT professionals looking to master automation triggered by events in modern infrastructure.
Target Audience:
DO274 Introduction to Event-Driven Ansible: Learning Objectives and Outcomes
Introduction: This course is designed to equip system administrators, DevOps engineers, and technical professionals with skills to create, deploy, and manage Event-Driven Ansible automation solutions. Gain expertise in configuring the Event-Driven Ansible controller, writing Ansible Rulebooks, and exploring key use cases.
Learning Objectives and Outcomes:
These objectives ensure you have a comprehensive understanding of Event-Driven Ansible and its application in modern IT environments.
