AWS Solution Architect (Course Bundle)
AWS Solution Architect (Course Bundle) includes:
|Amazon Web Services (AWS) Video Course is a unique video product designed to provide a solid foundational understanding of the Amazon Web Services (AWS) infrastructure-as-a-service products. The course covers concepts necessary to understand cloud computing platforms, working with virtual machines, storage in the cloud, security, high availability, and more. You can also use this video as a secondary resource to help you study for the AWS Solutions Architect Exam. Amazon Web Services (AWS) LiveLessons contains 11 independent video lessons totaling 6 hours of instruction. The videos contain in-depth instruction using live demos, slide instruction, and video captures. Demonstrations of Amazon Web Services and third-party cloud solutions are included to provide necessary context and experience for further study and use of AWS.
AWS Certified Cloud Practitioner Video Course is a 7 hour video product designed to help viewers understand Amazon Web Services at a high level, introduce cloud computing concepts, and key AWS services, and prepare them for the exam according to the certification exam guide published by Amazon Web Services. The videos contain slides, audio descriptions, and video captures. Demonstrations of Amazon Web Services and third-party cloud solutions are included to provide a clear guide to understanding the services offered by Amazon Web Services and the needs those services meet.
|The AWS Certified Solutions Architect Associate Video Course was developed specifically for the latest edition of the exam released in February of 2018. The AWS Solutions Architect Associate certification is ideal for anyone in a solutions architect or similar technical role, and this course is designed to help you pass the AWS Certified Solutions Architect Associate exam. The course covers all the key areas addressed in the exam and reviews a number of use cases designed to help you ingrain the principles and practices on which this certification is based so that you have an intellectual framework with which to formulate the correct answers. The course uses a combination of demonstrations, architectural diagram walkthroughs, and case studies to help you understand the tools available to you for passing the exam. Throughout this course you will gain a deeper understanding of AWS architecture following the five pillars of the Well-architected framework.
|AWS Cloud Security Video Course explores Amazon Web Services (AWS), which offers a scalable cloud computing platform designed for high availability and reliability, providing the tools that allow you to run a wide range of applications. Helping to protect the confidentiality, integrity, and availability (CIA) of your systems and data is of the utmost importance. The AWS infrastructure has been architected to be one of the most flexible and secure cloud computing environments available today. It is designed to provide an extremely scalable, highly reliable platform that allows customers to deploy applications and data quickly and securely.
|Docker Orchestration and Microservices Video Course starts by introducing some of the motivations behind microservices and how to properly containerize web applications using Docker. It then does a quick overview of how Docker registries can help to store artifacts from your built images. Following this, the course walks you through Docker's latest tools: docker-compose, docker-machine, and docker-swarm. Specifically, it covers how to use these tools to aid in both developing and deploying to a wide variety of system and container configurations. It then turns to Kubernetes, the popular container orchestration system created by Google. After watching this video, developers will have a strong understanding of modern containerized applications and microservices and will understand how these systems can benefit them.
|Docker Containers Video Course shows how to create containerized applications with Docker that are lightweight and portable. First, it shows you how to begin using Docker on Ubuntu, Red Hat Enterprise Linux, or Fedora systems (with options of Windows or Mac OS X). Then it shows you how to pull and push Docker container images from and to Docker registries. The next few lessons get you started running containers and investigating how they work. After that, you learn how to build your own Docker images. The video then examines orchestration tools, such as Kubernetes and Cockpit, and development tools, such as OpenShift, for deploying and managing containers. Finally, it provides some tips for developing your own Docker containers.
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