This is a practical Ansible course taught by Silicon Valley engineers. Ansible is a powerful tool for automated infrastructure management and provisioning, saving time and effort and building a consistent environment.
357 learners
Ansible
Infrastructure Automation
Reduce the possibility of errors
Ansible: Standardize your deployments! 📌
Ansible is a powerful tool for automation and configuration management in modern IT environments.
Have you ever wondered how to scale your application after development? Are you working at a startup and looking to automate your company's CI/CD process? Use Ansible to automate previously manual tasks and improve work efficiency! This course covers a wide range of topics, from Ansible's operating principles to playback, infrastructure management, and DevOps automation. This introductory course is easy to follow, even for those with no prior infrastructure experience.
Each lecture begins with a theoretical explanation, followed by a step-by-step code walkthrough and hands-on practice. Upon completing the course, you'll have a hands-on implementation of automated tasks using Ansible. If you're preparing for a DevOps or SRE job, leverage the practical results from the lectures to gain practical experience and enhance your competitive edge in the hiring process.
Ansible is used to automate repetitive and complex tasks. It allows you to programmatically define and execute tasks such as system configuration, deployment, network management, and application deployment. This saves time and effort, minimizes human error, and ensures consistent results.
Ansible is highly scalable across a variety of environments. It integrates with a variety of platforms and technologies, including cloud, virtualization, and containers. Because Ansible targets infrastructure, it efficiently manages servers, network equipment, storage, and more.
Ansible uses a concise, YAML-based syntax to define and execute tasks. This allows for relatively easy task automation without the need for complex scripting. This simplicity allows students and engineers to quickly learn and apply Ansible to their projects.
Ansible can be used to manage infrastructure. It facilitates tasks such as server configuration, package installation, user management, and security settings. This helps maintain consistent and stable IT infrastructure.
Ansible allows you to define and share tasks using code modules called Playbooks. Playbooks are a powerful tool that allows you to easily share existing tasks and collaborate with others. This enhances team collaboration and helps you build optimized workflows.
Ansible allows you to standardize system configuration and deployment. By defining and executing tasks in a consistent manner, you can increase system consistency and stability. This reduces the likelihood of errors and simplifies maintenance.
Ansible aligns well with DevOps methodologies. It enhances collaboration and automation between development and operations teams, shortening development and deployment cycles. Using Ansible, you can bridge the gap between software development and infrastructure management, establishing a continuous integration and continuous delivery (CI/CD) environment.
💡 You can improve work productivity by automating repetitive and tedious tasks.
💡 You can increase system reliability and enhance disaster response capabilities by consistently and stably configuring infrastructure such as servers, networks, and storage.
💡 By actually implementing automation tasks using Ansible and obtaining results, you will be able to carry out projects such as deploying web applications.
1. Understand Ansible's concepts and operating principles: Understand Ansible's fundamental concepts, including components, playbooks, modules, and inventory. You'll also understand Ansible's operating principles and execution flow.
2. Automating tasks using Ansible: Ansible lets you automate repetitive and complex tasks. You can define and execute tasks like system configuration, package installation, user management, and service deployment using Ansible.
3. Write and Manage Playbooks: You can write and manage Ansible Playbooks. Write playbooks using YAML syntax and leverage variables, conditional statements, loops, and more to create flexible and powerful playbooks.
4. Infrastructure Management: Ansible allows you to efficiently manage infrastructure such as servers, network equipment, and storage. By automating server settings, network configurations, and security settings, you can build a consistent and stable infrastructure.
5. Cloud and Virtualization Platform Integration: Ansible can be used to integrate with cloud platforms (e.g., AWS, Azure, GCP) or virtualization platforms (e.g., VMware, KVM). It automates virtual machine creation, scaling up/down, network configuration, and more, allowing you to efficiently manage cloud and virtualization environments.
6. Collaboration and Sharing: You can share and collaborate on Ansible Playbooks. Share your playbooks within your team and integrate with version control systems (e.g., Git) to create an efficient collaboration environment.
7. DevOps Automation: Ansible is ideally suited for use with DevOps methodologies. Integrating Ansible into your CI/CD pipeline allows you to bridge the gap between development and operations, automating continuous integration and deployment.
We'll share the know-how of current Silicon Valley engineers!
I'm a software engineer who runs the YouTube channel " American Engineer " and the Brunch channel " Silicon Valley News and Life ." I graduated from the University of California, Berkeley's EECS program and work in big data at the headquarters of a global tech company in Silicon Valley. I'd like to share the expertise I've gained through my work with others through lectures. 🙂
Q. Why should I learn Ansible?
Students will gain the skills and confidence to perform roles in the IT industry, including automation, configuration management, cloud, and infrastructure management.
Q. What can I do if I learn Ansible?
Learning Ansible and mastering these features will equip you to handle tasks like configuration management, deployment, and automation of IT infrastructure, which will help you in roles like system administrator, cloud engineer, DevOps engineer, and network engineer.
Q. Is there anything I need to prepare before attending the lecture?
Before attending the course, it's a good idea to set clear learning objectives. Considering tasks you want to automate and scenarios you plan to utilize in the future, it's helpful to decide which areas you want to focus on.
Who is this course right for?
DevOps
Site Reliability Engineer
Product Engineer
Anyone interested in infrastructure automation
Need to know before starting?
Python
Basic understanding of Linux commands, file systems, users and permissions management, etc.
Basic knowledge of Terraform
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한국에서 끝낼 거야? 영어로 세계 시장을 뚫어라! 🌍🚀
안녕하세요. UC Berkeley에서 💻 컴퓨터 공학(EECS)을 전공하고, 실리콘 밸리에서 15년 이상을 소프트웨어 엔지니어로 일해왔으며, 현재는 실리콘밸리 빅테크 본사에서 빅데이터와 DevOps를 다루는 Staff Software Engineer로 있습니다.
🧭 실리콘 밸리의 혁신 현장에서 직접 배운 기술과 노하우를 온라인 강의를 통해 이제 여러분과 함께 나누고자 합니다.
🚀 기술 혁신의 최전선에서 배우고 성장해 온 저와 함께, 여러분도 글로벌 무대에서 경쟁할 수 있는 역량을 키워보세요!
🫡 똑똑하지는 않지만, 포기하지 않고 꾸준히 하면 뭐든지 이룰수 있다는 점을 꼭 말씀드리고 싶습니다. 항상 좋은 자료로 옆에서 도움을 드리겠습니다
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19 lectures ∙ (2hr 57min)
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$34.10
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