Answer:- Azure DevOps is a SaaS platform that provides development services for creating work plans, working together on code, developing applications, and deploying them. It offers an end-to-end DevOps toolchain for the development and deployment of software. It is able to integrate with a number of popular tools in the market and is a great way for setting up a DevOps toolchain.

Answer:- Azure AD is a cloud-based IAM solution and directory by Microsoft. It brings together application access management, core directory services, and identity protection and turns them into a single solution. It helps employees of an organization sign in and access resources such as: • External resources, including Microsoft 365, the Azure portal, and a big number of SaaS applications • Internal resources, such as apps on a corporate network and intranet, as well as any cloud-based apps built by that organization Azure AD is intended for use by: • IT Admins • App Developers • Azure, Office 365, Microsoft 365, or Dynamics CRM online subscribers

Answer:- Azure Data Factory is a serverless and cloud-based data integration service and platform used for the creation of ETL and ELT pipelines. It helps in the creation of data-driven workflows for the planning and execution of data movements and data transformation at scale.

Answer:- Azure Databricks is a Data Analytics platform that offers two environments for the development of data-intensive applications: • Azure Databricks SQL Analytics • Azure Databricks Workspace Azure Databricks’ integration with the security, compute, analytics, storage, and AI services that are natively provided by cloud providers facilitate the unification of data and AI workloads.

Answer:- Azure Data Lake is a cloud platform that supports Big Data Analytics through its unlimited storage for structured, semi-structured, or unstructured data of all types and sizes.

Answer:- Any entity managed by Azure can be referred to as an Azure resource. The following are some examples of Azure resources: Storage accounts, virtual networks, virtual machines, etc.

Answer:- • Web Role • Worker Role • Virtual Machine Role

Answer:- Web Role: It gives a web solution that is front-end. This is like an ASP.NET application. While under facilitating, Azure gives IIS and required services. Worker Role: It gives solutions for background service. It can run long activities. Virtual Machine Role: The roles of both web and worker are executed on virtual machines. The Virtual Machine Roles give the client the capacity to modify the Azure Virtual Machine on which the web and worker roles are running.

Answer:- Windows Azure has three principal segments: Compute, Storage, and Fabric. A. Windows Azure Compute Windows Azure gives a code that can be managed by the hosting environment. It gives the calculation benefit through parts. Windows Azure backs three types of roles: • Web roles utilized for web application programming and upheld by IIS7 • Worker roles utilized for foundation handling of web roles • Virtual machine (VM) roles utilized for moving windows server applications to Windows Azure in a simple way B. Windows Azure Storage It gives four types of storage services: • Queues for informing between web parts and worker roles • Tables for storing structural data • BLOBs (Binary Large Objects) to store contents, records, or vast information • Windows Azure Drives (VHD) to mount a page BLOB. These can be transferred and downloaded by means of BLOBs C. Windows Azure AppFabric AppFabric provides five services: • Service bus • Access • Caching • Integration • Composite

Answer:- Windows Azure Diagnostics empowers you to gather diagnostic data from an application running in Windows Azure. Diagnostic data is used for capacity planning and evaluation.

Answer:- Azure Queues give a solid, diligent messaging between and within the services. They also highlight a very straightforward rest-based get/put/peek interface. Bus Queues are part of a more extensive Windows Azure messaging framework that supports queuing.

Answer:- Windows Azure Table storage service stores a lot of organized information. Windows Azure tables are perfect for putting away organized, non-relational data. Table: A table is a collection of entities. Tables don’t uphold a blueprint on elements, which implies that a solitary table can contain substances that have distinctive arrangements of properties. A record can contain numerous tables. Entity: An entity is an arrangement of properties, like a database row. An entity can be up to 1 MB in size. Properties: A property is a name-value pair. Every entity can incorporate up to 252 properties to store data. Every entity likewise has three system properties that determine a segment key, a row key, and a timestamp.

Answer:- Scaling by including extra instances is frequently referred to as scaling out. Windows Azure likewise supports scaling up by utilizing bigger roles rather than more role instances. By adding and expelling role instances to our Windows Azure application while it is running, we can adjust the execution of the application against its running costs. An autoscaling solution reduces the amount of manual work engaged in dynamically scaling an application.

Answer:- Windows Azure runs and stores the information on Microsoft data centers. The main features are as follows: • Websites enable the designers to assemble the sites utilizing ASP.NET, PHP, etc., and send these websites utilizing FTP, Git, etc. • SQL database, formally known as Azure database, makes, broadens, and scales the application into the cloud utilizing Microsoft SQL Server. • This is Microsoft’s Platform as a Service that supports multilevel applications and automated deployment.