For whom Azure Training Online is useful?

Students can learn how to manage Azure subscriptions and role-based access control (RBAC) in this course. Learn about the Azure portal, Azure PowerShell, Azure CLI (command line interface), Azure AD (Active Directory) administrator roles, and how to manage Azure resources access. This 16-video course will help you prepare for the Azure Architect certification exam (AZ-103). Start by signing up for a new subscription. Azure subscription or reactivate your Azure subscription, then explore the steps to transfer ownership of your Azure subscription and cancel your subscription.  

The Azure Training Online course consists of the following components:

• Building blocks like computing and storage that address business concerns

• Integration components such as API services and message queues that address integration problems

• A load balancer, a network component such as a VPN that enables all communication between components.

• Security components that address security concerns

• Conditions and criteria that add all the components to form a system.

• Rules and restrictions that define the properties of the system.

N-tier architecture style

This style is predominantly found in infrastructure solutions as it allows you to easily migrate any layered application to the cloud using the infrastructure as a service approach.

Here, the virtual machine scale set is best for each of these layers. A DMZ server exists as an interface between public interface traffic and Azure virtual machines in non-public Azure virtual networks.

 The micro service Architecture

 The entire application is divided into autonomous and independent services. Each of these services addresses a single business concern. The services are coupled and can be developed independently. These services have their own data and communicate with each other through well-defined API endpoints.

Event-driven architecture style

This is a pub-sub (publisher-subscriber) pattern in which the publisher publishes an event, and the target subscriber consumes the event. This style of architecture is useful when each subscriber handles event data differently. This style is also commonly used to separate different systems that process large amounts of data when the publishing system outputs large amounts of data processing by the subscribed system.

The big data architecture style

This architecture style handles the ingestion, storage, management, and analysis of extensive and complex data that is difficult to handle with traditional data systems. The data processed by this system can be either stored data or captured in real-time. Predictive analysis and machine learning can be easily handled by systems that implement this type of architectural style.

The big computing architecture style

This style of architecture is useful for handling compute-intensive workloads, such as multi-core and memory-intensive operations. These applications often consume a lot of computation and memory and must be processed in parallel. These applications are also known as high-performance computers.

Web queue worker

This style of architecture is a perfect example of a modern platform as a service solution. This style typically includes public applications that can be hosted in Azure Web App. Web applications can run long-running and time-consuming tasks to Azure Storage Queue or Azure Service Bus Queue.