Microsoft Azure Tutorial

Microsoft Azure Tutorial

Introduction to Microsoft Azure

Windows Azure is often misunderstood as merely a hosting solution, but it is capable of far more. It offers a framework for developing apps using a range of devices and operating systems. It allows you to build and web apps using Microsoft’s.net platform, which is their own software development technology such as Python, Java, PHP, Ruby, Oracle and so on.

Many instances of Windows Azure implementations are used to scale the program. When hosting the software, the developer specifies the number of instances required by the program. If traffic mostly on web – based interface increases or decreases, it can be easily handled by signing into the Windows Azure service interface and defining the circumstances. Load balancing could also be controlled, allowing Azure to decide when to give more attention to a request on its own. Some of the technologies are all supported by web applications for example .net, python, php, and node.js. Optimization and updates are two examples of tasks that can be reviewed regularly.

A technology called “webjobs,” which is a process cost service, is now accessible. Webjobs can be scaled and planned, as well. Xamarin iOS, Xamarin Android, and IOS are the device systems that are supported. The Azure framework is planned in such a manner that programmers can focus solely on technology but not on other technical aspects within their domain. As a result, Azure does the majority of the daily responsibilities. Azure has also developed a platform where its consumers can shop software and services. It’s a forum where consumers can find and run applications more easily. Currently, Azure Platform is accessible in 88 countries. The technology users can easily link an interface downloaded from the global market to their localized development platform. There are five different payment models, including throughput and quarterly fees. Some of the apps are also free to download.

Cloud computing

Cloud computing is a common trend in modern rapidly world. It is the process of processing and viewing information over the web instead on the memory card. In other words, refers to the storage of data in a distant area that is compatible with several other web pages. It also means that it be not able to gather information from device’s hard drive or by a different computer system. For example, Office 365 that allows end- users to store, access, and edit their documents in MS Office.

Architecture of cloud computing

An architecture of cloud computing consist of the mainly two components such as Front-end and Back-end .

• Front-end:

  In this process, user devices which allow them to access data or programs through a website or applications.

• Back-end:

  Several components are combined with back-end platform such as virtual machines, computers, servers and so on.

Types of Cloud computing

The Cloud computing comprises of three types of cloud storage are as follows:

• Hybrid:

  Hybrid clouds are created when two or more clouds are linked together to provide the benefits of both public and private clouds. Private clouds can be used for sensor networks, and public clouds can be used for non-sensitive applications.

  Companies may benefit from hybrid clouds because they are versatile, efficient, and cost-effective.

• Public:

  It is one that is made accessible to the general public by a service provider. Users can access these clouds through the internet. For example, Google and Microsoft, these are available to the public and its network is owned and managed by service providers.

• Private:

  In this type, the clouds are assigned to a specific business. The cloud can be used by that company for storing data, hosting business applications, and so on. Data maintained in a private cloud can’t be shared with someone else. The cloud is either run by the company themselves or by a third person.

Types of Cloud Services

The Cloud services consists of three types are as follows:

• IaaS:

  In this, a cloud service provider may provide IT infrastructure such as servers and virtual machines (VMs), memory, routers, and software platforms for sale. It can build a virtual machine (VM) that runs Windows or Linux and install it but do not need to worry about the hardware or virtualization tools while using IaaS because it handle itself. To get full versatility while using IaaS put more effort into maintenance.

• PaaS:

  It offers an ecosystem for designing, evaluating, distributing, and maintaining software applications on requirement. The program is the developer’s responsibility, and the PaaS provider has the capability to deliver and operate it. The versatility of PaaS is reduced, but the managing of the environment is handled by cloud providers.

• SaaS:

  It provides end-users with fully managed and operated software services. It provides on-demand applications over the internet, usually on a subscription basis such as Office 365, Microsoft One Drive, Dropbox, WordPress and Amazon Kindle. It is also used to reduce operating costs as much as possible.

Benefits of Cloud computing

The benefits of cloud computing are as follows:

• Cost:

  It saves money by lowering the high capital costs of purchasing hardware and software.

• Speed:

  Services can be provided in a matter of minutes, usually with only a few mouse clicks.

• Scalability:

  According to the needs of the company, it can increase or decrease the number of resources required.

• Productivity:

  To expend less organizational effort when we use cloud computing. It don’t have to fix something, and don’t have to keep hardware and software updated. As a result, the IT team will be more active and focused on meeting business objectives.

• Reliability:

  For business continuity, data backup and recovery are less costly and fast.

• Security:

  Several cloud providers have a comprehensive collection of policies, technology, and controls to help us protect the data.

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