Building Multi-cloud Deployments: Deploying Environments

Building Multi-cloud Deployments: Deploying Environments

• discover the key concepts covered in this course
• recall the critical multi-cloud deployment challenges along with the CAMP and TOSCA principles applied to facilitate flexible multi-cloud deployments
• list the advantages of multi-cloud deployments and the key considerations for planning them
• describe the critical features of high-performance cloud routing and cloud network-as-code that play an essential role in setting up multi-cloud deployment environments
• describe the vital features of high-performance multi-cloud and multi-region transit routing that play a vital role in setting up multi-cloud deployment environments
• recognize the features of the prominent tools used for multi-cloud deployment, management, and cost control
• recall the elements of Cloudify that help facilitate multi-cloud deployments
• deploy the Node.js web server and application on a chosen infrastructure in a multi-cloud environment using Cloudify
• describe the role of Kubernetes to address multi-cloud deployment challenges along with the best practices for managing multi-cloud Kubernetes
• recognize one approach to creating multi-cloud applications and segregating services that need to be deployed
• describe the conceptual architecture and benefits of CI/CD pipelines used for multi-cloud deployment
• set up and configure Spinnaker for multi-cloud deployments
• configure Jenkins for multi-cloud pipeline management and to deploy applications in two cloud environments
• create a simulated hybrid environment and configure it for deployment
• summarize the key concepts covered in this course

A CloudOps engineer should be able to deploy into various multi-cloud environments confidently. In this course, you'll recognize the key benefits of multi-cloud deployments and recall the CAMP and TOSCA principles for flexible multi-cloud deployment. You'll examine the features of high-performance cloud routing, cloud network-as-code, and multi-cloud and multi-region transit routing.

You'll also identify multi-cloud deployment, management, and cost control tools, the features of Cloudify and Kubernetes for managing multi-cloud deployment challenges, and the conceptual architecture and benefits of CI/CD pipelines for multi-cloud deployment.

Next, you'll outline how to create multi-cloud applications and segregate services. Finally, you'll deploy the Node.js web server and application using Cloudify, setup and configure Spinnaker for multi-cloud deployments, configure Jenkins for multi-cloud pipeline management, and create and configure a simulated hybrid environment for deployment.

Building Multi-cloud Deployments: Managing Environments

Building Multi-cloud Deployments: Managing Environments

• discover the key concepts covered in this course
• name some prominent deployment strategies and outline how support engineers can use these for cloud deployment mechanism planning
• list the primary multi-cloud architecture patterns along with some key considerations when creating multi-cloud architectures
• recognize the multi-cloud business continuity reference architecture that enables end-to-end business continuity and data reuse solution architecture
• recall the critical use cases that illustrate the need to adopt a multi-cloud deployment strategy
• recognize the approach of secure multi-cloud peering and centralized point-and-click connectivity for managing multi-cloud networking
• describe the critical services provided by multi-cloud management systems to simplify next-generation firewall insertion and operations and secure VPC egress by filtering outbound traffic to the internet
• create and configure a virtual network, gateway subnet, and VPN gateway in Microsoft Azure to set up a site-to-site VPN connection that can be used to derive multi-cloud deployment environments
• create and configure a virtual private cloud Elastic IP VPN device and add routes to the routing table in the VPC using the AWS console to prepare a multi-cloud environment in AWS
• list the challenges associated with federated multi-cloud PaaS along with the foundational elements that drive federated multi-cloud PaaS to address these challenges
• describe the role of orchestration in managing the multi-cloud environment
• recall the challenges of monitoring hybrid and multi-cloud environments along with the features afforded by prominent monitoring tools to address these challenges
• outline the CI/CD processes adopted to manage multi-cloud environments and integrate automation toolchains to provide a consistent approach to orchestrating all environments
• recognize the differences between cloud orchestration and automation and name the prominent cloud orchestration vendors and the products they provide
• recall the key design considerations and benefits of setting up multi-cloud disaster recovery processes in AWS and Azure
• summarize the key concepts covered in this course

When multi-cloud or hybrid deployment scenarios are at play in distributed environments, technical support engineers need to switch from a data center to a CloudOps mindset.

In this course, you'll investigate several deployment strategies for setting up multi-cloud or hybrid infrastructures. You'll examine multi-cloud architecture patterns, use cases, and business continuity reference architecture, as well as how to approach secure multi-cloud peering.

You'll also identify the services provided by multi-cloud management systems for simplifying next-gen firewall insertion and operations and the CI/CD processes for managing multi-cloud. You'll recognize the challenges of federated multi-cloud PaaS and hybrid and multi-cloud environment monitoring, design consideration for setting up multi-cloud disaster recovery processes, and the differences between cloud orchestration and automation.

Finally, you'll create and configure a virtual network, gateway subnet, VPN gateway, and virtual private cloud Elastic IP VPN device in Azure and AWS.