Ans: As discussed above, the companies which provide the cloud service are called the Cloud Providers. There are a lot of cloud providers out there, out of them one is Microsoft Azure. It is used for accessing Microsoft’s infrastructure for cloud.
Ans: This might be a matter of opinion for you, so answer as you see fit. In general, people say Azure is a better choice because it’s a Microsoft product, making it easier for organizations already using Windows Server, SQL Server, and Exchange to move to the cloud. In addition, because of Microsoft’s deep knowledge of developer tools, Azure offers multiple app deployment options for developers, which makes it stand out against AWS.
Ans: Following are the three cloud deployment models:
Public Cloud: The infrastructure is owned by your cloud provider and the server that you are using could be a multi-tenant system.
Private Cloud: The infrastructure is owned by you or your cloud provider gives you that service exclusively. For eg: Hosting your website on your servers, or hosting your website with the cloud provider on a dedicated server.
Hybrid Cloud: When you use both Public Cloud, Private Cloud together, it is called Hybrid Cloud. For Example: Using your in-house servers for confidential data, and the public cloud for hosting your company’s public facing website. This type of setup would be a hybrid cloud.
Ans: It is the use of servers on the internet to “store”, “manage” and “process” data. The difference is, instead of using your own servers, you are using someone else’s servers to do your task, paying them for the amount of time you use it for.
Ans: If the above question appears as the Azure cloud interview questions your most appropriate answer will be scaling is one of the advantages that are of two types;
Ans: There are several advantages of cloud computing which are as follows;
Ans: These are the basic terms while dealing with the cloud services and are commonly asked in an Azure interview:
8.What is the difference between SaaS, PaaS, and IaaS?
Ans: This is one of the most common Azure interview questions. Cloud Computing has three types of service models, that are IaaS, PaaS, and SaaS
Infrastructure as a Service(IaaS) |
Platform as a Service(PaaS) |
Software as a Service(SaaS) |
It provides users with components such as OS, networking capabilities, etc. This is a paid service, based on usage and can be used to host applications. |
It enables developers to build and work with applications without having to worry about the infrastructure or management of the hosting environment. |
It involves applications being consumed and used by organizations. Usually, organizations pay for their use of the application |
Example - Azure Virtual Machine, Azure VNET |
Example - Azure SQL, Azure Storage |
Example - Office 365, Salesforce |
Ans: The main functions of the Azure Cloud Service are;
Ans: D All of the mentioned
Explanation: Microsoft also has released SDKs for both Java and Ruby to allow applications written in those languages to place calls to the Azure Service Platform API to the AppFabric Service.
Ans:
Features | Microsoft Azure | Amazon Web Services (AWS) |
Analytics | Azure Stream Analytics | Amazon Kinesis |
Backup Options | Azure Backup | Amazon Glacier |
Compliance | Azure Trust Center | AWS CLoudHSM |
Content Delivery Network (CDN) | Azure CDN | Amazon CloudFront |
Data Orchestration | Azure Data Factory | AWS Data Pipeline |
Hybrid Cloud Storage | StorSimple | AWS Storage Gateway |
Monitoring | Azure Operational Insights | Amazon CloudTrail |
NoSQL Database Options | Azure DocumentDB | Amazon DynamoDB |
Ans: To show your cloud service’s dependencies on other resources, such as an Azure SQL Database instance, you can “link” the resource to the cloud service. In the Preview Management Portal, you can view linked resources on the Linked Resources page, view their status on the dashboard, and scale a linked SQL Database instance along with the service roles on the Scale page. Linking a resource in this sense does not connect the resource to the application; you must configure the connections in the application code.
Ans: Azure Portal is a single portal or a single place where you are accessing and managing all your applications. It helps to build, manage, and monitor your simple web-applications to complex cloud applications using a single portal. To know more about this, you can refer to An Introduction to Microsoft Azure Portal.
Ans: Different web applications like .Net, PHP, WCF, Java, etc are supported in Azure. Multiple languages are supported in Azure.
Ans: B Azure Resource Manager
Explanation: Azure Resource Manager is used to “manage” infrastructures which involve a no. of azure services. It can be used to deploy, manage and delete all the resources together using a simple JSON script.
Ans: Roles are nothing servers in layman terms. These servers are managed, load balanced, Platform as a Service virtual machines that work together to achieve a common goal.
There are 3 types of roles in Microsoft Azure:
Let’s discuss each of these roles in detail:
Ans: This is another basic yet important question asked as the Azure Interview Questions which should be answered in the following way:
Roles in cloud management are often termed to be nothing servers that are linked to managing and balancing the platform as service machine that collaborates works to attain the goal.
Ans: Virtual machine scale sets are Azure compute resource that you can use to deploy and manage a set of identical VMs. With all the VMs configured the same, scale sets are designed to support true autoscale, and no pre-provisioning of VMs is required. So it’s easier to build large-scale services that target big compute, big data, and containerized workloads.
Ans: Yes. A scale set can define an attached data disk configuration that applies to all VMs in the set. Other options for storing data include:
Ans: This is one of the common Azure Interview Questions that may be asked which should be answered as follows the interconnected and interlinked nodes that are often a measure undertaken by the organization is known as the domain. These relations are carried by only one point of the organization.
Ans: A fault domain is a logical group of underlying hardware that share a common power source and network switch, similar to a rack within an on-premise data-centers. As you create VMs within an availability set, the Azure platform automatically distributes your VMs across these fault domains. This approach limits the impact of potential physical hardware failures, network outages, or power interruptions.
Ans: An update domain is a logical group of underlying hardware that can undergo maintenance or can be rebooted at the same time. As you create VMs within an availability set, the Azure platform automatically distributes your VMs across these update domains. This approach ensures that at least one instance of your application always remains running as the Azure platform undergoes periodic maintenance. The order of update domains being rebooted may not proceed sequentially during planned maintenance, but only one update domain is rebooted at a time.
Ans: A network security group (NSG) contains a list of Access Control List (ACL) rules that allow or deny network traffic to subnets, NICs, or both. NSGs can be associated with either subnets or individual NICs connected to a subnet. When an NSG is associated with a subnet, the ACL rules apply to all the VMs in that subnet. In addition, traffic to an individual NIC can be restricted by associating an NSG directly to a NIC.
Ans: Scaling by including extra instances is frequently referred to as scaling out. Windows Azure likewise supports scaling up by utilizing bigger role 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.
Ans: Windows Azure runs and stores the information on Microsoft data centers.
The main features are as follows:
Ans:
Ans: Azure Queue storage is a type of Azure storage that can store large numbers of messages that can be accessed from anywhere in the world using HTTP or HTTPS protocols.
Ans: Azure Blob storage allows storing unstructured data. We can store huge data like text files, images, audios, and videos, media files, or application installers, etc.
These blob storage data can be accessed from any place via protocols like HTTP or HTTPS.
The Blob storage is of three types
Ans: A cloud service role is a set of managed and load-balanced virtual machines that work together to perform tasks. The two kinds of Azure Web Service roles are:
Web Roles
Worker Roles
Ans: Service Fabric provides a platform that makes the process of developing microservices and managing the application lifecycle easier.
Ans: The SLA ensures that, when you send two or more role instances for each role, access to your cloud service will be maintained not less than 99.95 percent of the time. Additionally, identification and re-correction activities will be started 99.9 percent of the time when a role instance’s procedure isn’t running.
Ans: Migration Assistant tool will examine our IIS installation and recognize the sites that can be migrated to the cloud, featuring any components which can’t be migrated or are unsupported on the platform.
Once broken down, this tool will likewise create sites and databases provided under the given Azure membership.
Ans: Service Bus Queues is a terminology where a sender delivers a message to a Queue that is used to reside in a Service Bus Namespace, later the receiver receives that message.
Azure Queue storage is a type of storage that can store large numbers of messages that can be accessed from anywhere in the world using HTTP or HTTPS protocols.
This is like FIFO (First in First out) implementation, messages will add to the end of the queue. The size of a queue message can be up to 64 KB.
Ans: Content Analytics API is a part of content examination web administrations worked with Azure Machine Learning. The API can be utilized to analyze unstructured content for tasks such as sentiment analysis and key-phrase extraction.
The API restores a numeric score between 0 and 1. Scores near 1 show positive sentiment, while scores near 0 demonstrate negative sentiment.
The upside of this API is that another new model need not be planned and prepared; the user just needs to bring the data and call the service to get the sentiment results.
Ans: Redis is an open source (BSD licensed), in-memory data structure store, used as a database, cache and message broker. Azure Redis Cache is based on the popular open-source Redis cache. It gives you access to a secure, dedicated Redis cache, managed by Microsoft, and accessible from any application within Azure. It supports data structures such as strings, hashes, lists, sets, sorted sets with range queries, bitmaps, hyperloglogs and geospatial indexes with radius queries.
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Ans: A cmdlet is a lightweight command that is utilized as a part of the Microsoft PowerShell environment. The cmdlets are summoned by the Windows PowerShell to automate the scripts which are in the command line. Windows PowerShell runtime additionally invokes them automatically through Windows PowerShell APIs.