CloudOps Interoperability: Inter-cloud Integration & Implementation

CloudOps Interoperability: Inter-cloud Integration & Implementation

• discover the key concepts covered in this course
• recognize considerations for adopting cloud deployment strategies and appropriate scenarios for adopting private and public cloud for application deployment
• list and compare the prominent cloud offerings that enable enterprises to deploy and manage a wide array of private, public, and hybrid cloud environments
• describe the prominent types of cloud integration and their benefits in creating and operating cloud-to-cloud integration
• describe recommended approaches of cloud application integration and list the features of prominent cloud-based integration tools that enable handling the increasing complexity of IT frameworks by connecting diverse and disparate data and services
• recognize the benefits of using Integration Platform as a Service to integrate multi-cloud environments
• install and configure the CloudHub platform service to deploy applications with a fully-managed and highly available cloud infrastructure
• set up the Talend environment to build portable multi-cloud integration workflows
• describe the features of the prominent types of inter-cloud implementations and list the popular topologies of different cloud architectures
• describe architectural patterns that can be adopted to plan multi-cloud migration and deployments
• recognize the multi-cloud implementation workflow that can help design automated and portable architectures for application delivery
• demonstrate the steps involved in integrating AWS with Azure Active Directory
• demonstrate how to use Aviatrix to integrate Azure with AWS and Google Cloud Platform
• summarize the key concepts covered in this course

In this course, you'll explore scenarios of adopting private and public cloud for application deployment, comparisons of prominent cloud offerings and cloud-based integration tools for deploying and managing varied cloud environments and increasing IT framework complexity, the prominent types of cloud integration, and the benefits of using Integration Platform as a Service. You'll learn about the features of the prominent types of inter-cloud implementations, the recommended architectural patterns for planning multi-cloud migration and deployments, and the multi-cloud implementation workflow for designing automated and portable architectures. You'll also discover how to install, configure, and set up CloudHub and Talend to build portable multi-cloud integration workflows and deploy applications. Finally, you'll examine how to work with Aviatrix to integrate AWS with Azure Active Directory and integrate Azure with AWS and GCP.

CloudOps Interoperability: Modeling Cloud Computing for Integration

CloudOps Interoperability: Modeling Cloud Computing for Integration

• discover the key concepts covered in this course
• describe the role of standards in cloud computing interoperability and list cloud computing interoperability use cases supported by standards
• list the categories of cloud computing portability and interoperability with focus on data, application, platform, and infrastructure components
• describe the interfaces of the Distributed Computing Reference Model along with the standardization required for cloud computing portability and interoperability
• recall application design principles that can help reduce complexity and provide better interoperability for diversified applications that are designed for cloud computing
• describe the Cloud Ecosystem Reference Model and its taxonomy to design interoperable cloud architectures
• recognize the cloud ecosystem Enterprise Architecture Principles that ensure consistency and integrity of the enterprise architecture in managing the life cycle of cloud services across the enterprise
• list the prominent cloud deployment models and describe scenarios for adopting them
• specify the benefits of achieving cloud interoperability and maximizing portability, along with the challenges of achieving interoperability between diversified cloud components
• describe the key elements of interoperability and portability for cloud services, as well as scenarios that depict interoperability and portability considerations and requirements and how to address them
• compare the features exhibited by public, private, and hybrid cloud that helps CloudOps Architects decide the right environment for application deployment
• recall important considerations for defining hybrid cloud strategy, with focus on hybrid cloud integration, management, and CloudOps adoption
• recognize the process-oriented classification of cloud migration that can help migrate selected architectural components from on-premise to cloud
• summarize the key concepts covered in this course

In this course, you'll explore the categories of cloud computing portability and interoperability, the interfaces of the Distributed Computing Reference Model, the standardization required for cloud computing portability and interoperability, and the application design principles that can provide better interoperability. You'll learn about the taxonomy of the Cloud Ecosystem Reference Model for designing interoperable cloud architectures, the Enterprise Architecture Principles of the cloud ecosystem that can help maintain consistency and integrity of enterprise architectures, and the prominent cloud deployment models and when to adopt which model. You'll also examine the benefits of achieving cloud interoperability and maximizing portability, the challenges of achieving interoperability between diversified cloud components, the key elements of Interoperability and portability for cloud services, what to consider when defining hybrid cloud strategy, the process-oriented classification of cloud migration, and features exhibited by public, private and hybrid cloud.