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Detailed Overview of Microsoft Azure - Encaptechno

The Detailed Overview Of Microsoft Azure

Detailed Overview of Microsoft Azure - Encaptechno

In case you are looking to learn more about Microsoft Azure including how a company can possibly benefit from azure cloud services deployment then you are at the right place. In this blog, we will be looking at a detailed overview of Microsoft Azure, which will not only cover the fundamentals but also give an in-depth understanding of why it is helpful for the organizations.

So, let’s begin:

What is Microsoft Azure?

Azure cloud is a computing platform that can offer almost everything a business needs to run or part of its computing operations virtually, including the servers, databases, networking, analytics, storage, or more.

What is Microsoft Azure

In the past years, the only option that was available to companies was that of building and managing the physical hardware needed for computing, disk storage, servers, and the Ethernet switches. However, at the present time, organizations have the option of using a public cloud computing platform like Azure that purchases and maintains all the computing hardware. This means that the company sources can use the hardware at any time it is needed.

With Microsoft Azure, companies can choose any one of the services for getting the support required for normal business operations like building, deploying, and managing applications.

Multiple companies choose to use a combination of cloud computing and on-premise data centers. Some of them even plan to utilize the azure cloud services depending on the specific needs and requirements. In case you are concerned about making a serious change in your computer environment or if you feel like going ahead with the azure cloud services deployment, then do not worry. With the help of azure consulting, you can get just what you need.

Who Uses Microsoft Azure?

Cloud Computing Uses

All businesses, regardless of their sizes use the public cloud and many of them choose Azure because it is appealing with many features. Azure cloud helps the businesses to avoid huge capital outlays for equipment while removing any burden of upgrades and maintenance because small organizations might not have in house experts readily available to provide support. Since Azure makes it easy to add or remove computing resources in a matter of minutes as compared to hours, it offers improved flexibility that businesses cannot have with a traditional on-premise data center.

Features of Microsoft Azure:

After you know what Microsoft Azure and the way in which it works, understanding why so many businesses use it is no longer a big deal. There are many good reasons why an increasing number of companies prefer Microsoft Azure.

Below mentioned are some of the most important features that are beneficial to most of the businesses:

1. Back-up and Data Recovery: Azure cloud is mostly like a data backup and disaster recovery dream tool. This is because it is flexible, offers, and advanced site recovery, and comes with built-in integration. Being a cloud-based solution; it is innately flexible because it can back up the data in any language, on any kind of operating system, and from any location. Additionally, you have the choice to define the extent and frequency of the back-up schedule.

The tape back-up has a time and place, however, it is limited in its abilities to stand alone for backup and disaster recovery solution. The Azure site recovery can enhance the tape back-up with an off-site replication, minimum on-site maintenance, and up to ninety-nine years of data retention, minimal operational costs, or no capital investment.

The Azure backup stores three copies of data at three different locations in the data center and then another three copies in a remote Azure data center so that there is never any worry of losing data. In case you are in the Windows Virtual environment then the Azure built-in integration for additional backup is one of the fastest and easiest solutions. The Azure site recovery integrates with the HyperV and System Centre architecture while creating a robust connection between Azure, System Centre, and HyperV.

2. Host and Develop Applications: Irrespective of whether you are looking for a platform for hosting, managing, or developing a web or mobile app, Microsoft Azure makes these apps autonomous and adaptive with patch management, integration, and AutoScale for the on-premise applications.

With the help of automatic patch management for the virtual machines, one can spend less time managing the infrastructure and focus on enhancing the applications. The Azure cloud also comes with continuous deployment support, which allows streamlining the ongoing cost updates.

AutoScale is actually a feature that is built into the Azure web applications that adjusts your resources automatically based on the customer web traffic so that you have the resources you need at the time when the traffic is high while saving money.

With the help of Azure, you can easily link your web apps to an on-premise app. Connecting applications in both locations allow both the employees and partners to safely access resources inside the firewall that are otherwise difficult to access.

3. Distribute and Supplement Active Directory: With the help of azure consulting, you can integrate your active directory for supplementing both your access capabilities and identity. This will give your DNS a global reach, robust security, and centralized management. Azure lets you globally distribute an active directory environment that is direct connect enabled.

The capability of Azure to extend the reach of your domain controller and consolidate AD management is unlike any other cloud provider. In case you have multiple locations or use on-premise and cloud applications like that of Microsoft 365 then active directory integration with Azure will be the main tool for managing and maintaining access to all tools.

Microsoft Azure also allows using the multi-factor authentication by adding a new layer of security to the data and applications with a seamless for the users. One can simply implement the single sign-on for Windows, Android, iOS, and Mac cloud apps.

4. Easy Access to Resources: Azure cloud comes with computing services that offer a vast number of resources that would not have been there on an on-premise data center normally. For example; many organizations are looking forward to applying machine learning and automation to their data analysis for enabling better decision making.

With the help of Azure, you can simply include all needed capabilities into your system without any need for data science expertise or costly resources. For example; if you want to deploy a Linux server, that in a traditional computing environment requires a series of rules to get up and running.

This might take anywhere between a couple of hours to some days for completion. However, with the help of Microsoft Azure, this can be completed quickly.

5. Cost Efficiency: One of the best features of the Azure cloud is its cost-efficiency. There are actually three main reasons why Azure is so effective when it comes to cost-efficiency. The first is there is no need to make large initial investments associated with building an on-premise or remote data center.

Cloud computing can eliminate the need to buy any additional software for development or increased workloads down the road. There will be no need to purchase replacement hardware and one can avoid all the costs associated with service calls and warranty renewals.

Lastly, you will not have to pay for any resources other than the ones in need because Azure bills on the basis of per second used which is rounded down to the last minute.

6. Innovate with IoT solutions: The security, flexibility, and scalability of Microsoft Azure make it one of the best resources for companies moving towards the IoT solutions. You can connect all your devices to the cloud using solutions that integrate with the existing infrastructure by collecting new data about your company.

The Azure IoT Hub helps in monitoring and managing billions of devices and gain insights to help in making better business decisions, enhance customer experience, decrease complexity, lower costs, and speed up development. With the help of enhanced security offered by Azure in IoT solutions, the security gaps that otherwise lead to hacking can be avoided.

Some of the other benefits include remote monitoring and predictive maintenance and analytics. Getting started with the Azure IoT solution accelerators and preconfigured templates that can be customized on the basis of your needs is very easy.

Managing Azure Services

The primary interface responsible for managing the Azure subscriptions is called the Microsoft Azure Portal. This includes a customizable dashboard that provides information at a glance about the running services as well as the point and clicks interface for adding, configuring, and deploying the new Azure resources.

With the help of the Azure portal, one can deploy, manage, and monitor the resources in groups by the Azure Resource Manager. For some repetitive tasks, you can use the PowerShell and the Azure Command Line Interface. The custom dashboard allows in monitoring the operation and performance of Azure-based applications and infrastructure including the ability to question and analyze the logs.

In order to avoid any surprises, you can step up alerts to receive notifications or critical conditions and assign automated actions based on the user-defined triggers. The Azure Security Centre offers a numeric score that is helpful in analyzing the performance of cloud-based resources that stack up against the security best practices.

Based on this score, the AI-based service provides recommendations to help in remediating any vulnerability while hardening these resources against threats. In the end, a separate Cost management center allows in analyzing usage-based costs, configure alerts for avoiding unpleasant budget surprises, and review recommendations for reducing any waste.

Best Practices of Microsoft Azure

Best Practices Of Microsoft Azure

After you begin using Azure, there are some of the best practices that must be followed to make sure that you get the complete benefit of the platform. In order to make the most of your investment on the Microsoft azure migration, below given are some of the best practices that you can follow:

1. Data Migration: You are more than likely to have successful migrations in case you completely understand the inside and outside of your business application as well as what Azure has to offer. Some applications can be made easily in the cloud rather than transitioned like the ones that indirectly support the front end services and hold no actual data. 

For example; you might waste your time and resources moving an existing firewall over to an Azure IaaS when it can prove to be more helpful if you use a firewall PaaS from the Azure marketplace. By becoming familiar with the available options, you will make your job easier, which will ultimately save time in the long run.

2. Cloud Access Management: The administrators need access to the Azure resources, but at the time some form of gate keeping is also necessary for data protection. With so many experts calling the one-factor authentication unreliable, there is a better security level required.

The Azure Multi-factor Authentication is actually a two-step verification solution introduced by Microsoft which requires two or more verification methods. By enabling this feature, you can manage to access your application.

3. Resource Management: Microsoft defines resources such as virtual machines, networks, and databases as manageable items that are available through Azure. It is necessary to keep a track of all important resources by giving them defining parameters. In order to do that, you can take the benefit of the Azure Resource Manager.

It gives the tools that are needed in tracking and managing the resources. For example; the resource manager provides an ability to create resource groups that hold the related for different Azure solutions whether they are IaaS, PaaS, or SaaS offerings.

The resource groups are arranged so you can easily monitor, control access, and manage the billing in combination with one another. Most of the applications are made up of many resources, each offering full visibility.

Conclusion:

Microsoft Azure has been experiencing remarkable growth in recent times and it is expected that it will continue developing new features and services that will make it rise in the coming future. In case you are looking to become one of the businesses that are already using Microsoft Azure then the detailed overview given above will be extremely beneficial.

As one of the leading Azure consulting providers, Encaptechno can help your business succeed with the help of Azure. Our team makes sure that the entire thing becomes powerful and easy to use for you. With our assistance, your IT teams can learn a simple way to administer, monitor, and secure the cloud resources.

Get in touch with us to help you in quick and easy migration of existing virtual machines to Azure. In case you have any questions or you like to learn more about how we can help businesses succeed, do not hesitate to get in touch with us.

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What is Cloud Computing? – A Detailed Overview

Cloud computing is a computing paradigm in which a large number of computers are connected to each other in private or public networks for providing dynamically scalable infrastructure of data, files, and application storage. With the inception of this technology, the total cost of computation, content storage, application hosting, and delivery gets reduced significantly.

What is Cloud Computing - Encaptechno

This technology is highly recommended because cloud computing offers a practical approach for experiencing direct cost benefits and has the potential to transform a data center from a capital intensive set up to a variable priced environment. The entire idea of cloud computing relies on a very fundamental rule and that is the re-usability of IT capabilities.

Additionally, the reason why cloud computing stands out in comparison to the traditional concepts of grid computing, utility computing, autonomic computing, and distributed computing is that it broadens horizons across organizational boundaries. An apt way to define cloud computing is as a pool of abstracted, managed and extremely scalable compute infrastructure that is capable of hosting end-customer applications.

Examples of Cloud Computing:

Cloud computing highlights a vast number of services that include customer services like Gmail or the cloud backup of photos on smartphones, which allow all enterprises to host their data and run applications in the cloud.

Another big example of cloud computing comes integrated in AWS cloud and azure cloud services. Netflix depends on cloud computing to run its video streaming service and business systems along with having a number of other organizations.

Today, cloud computing has turned into a default option for many applications. For example; software vendors are increasingly providing their applications as services on the internet as compared to the standalone products while switching to a subscription model.

Types of Cloud Services:

Cloud Computing Overview

Irrespective of the kind of service that we might be talking about, the most popular cloud computing services such as AWS cloud and azure cloud services include a series of functions such as storage, backup, data retrieval, email, audio, and video streaming, delivering software on demand, analyzing data, etc.

The relevancy of cloud computing is such that it is used by a number of organizations ranging from big corporations to small businesses, individual consumers, and even small businesses.

Why Is It Referred To Cloud Computing?

A significant concept behind cloud computing is that the location of service and many details such as the hardware or the operating system on which it runs are mostly irrelevant to the user. With this in mind, the metaphor of cloud was borrowed from old telecoms network schematics in which the public telephone network was often represented as a cloud. This is an oversimplification of course because for many customer locations of services and data remains a serious issue.

History of Cloud Computing:

As a term, cloud computing is being used since the early 2000s, but the concept of computing as a service has been around since the 1960s. This was the time when the computer bureaus would enable companies to rent time on a mainframe, rather than having to buy a new one for themselves.

These time sharing services were mostly overtaken by the rise of PC, which made owning a computer a lot more affordable and in turn with the rise of corporate data centers where companies stored vast amounts of data.

The concept of renting access to computing power has resurfaced again and again in the application service providers, grid computing and utility computing of the late 1990s and early 2000s. This was then followed by cloud computing which really took hold with the rise of software as a service and hyper-scale cloud computing providers such as AWS cloud.

Importance of Cloud:

Building infrastructure for supporting cloud computing contributes to more than over a third of all IT costs worldwide. Simultaneously, spending on the traditional and in house IT continues to slide over as a major computing workload moves to the cloud, whether that is public or cloud services offered by the vendors or the private clouds built by enterprises themselves.

Around one-third of the IT costs will be on hosting and cloud services which indicate a growing reliance on external sources of application, management, infrastructure, and security services. The global enterprises using cloud are slated to adopt it completely by the year 2021.

Additionally, global spending on cloud services is going to reach over $260 billion since it is growing faster than the expectations of analysts. However, it is not completely clear how much demand is coming from businesses that are actually willing to move to the cloud and how much is being created by vendors who offer cloud versions of their products.

Characteristics of Cloud Computing:

– Elasticity: Companies can very easily and freely scale up as the computing must increase and scale down as the demand decreases. This eliminates the need for huge investments in the local infrastructure, which might or might not remain active.

– Pay per use: The resources are measured at a granular level allowing users to pay only for the resources and workloads that are used.

– Workload resilience: The cloud service providers very often implement redundant resources for ensuring storage and keeping the important workloads running across multiple global regions.

– Migration flexibility: Organizations can move certain workloads from and even to the cloud or different cloud platforms just as it is desired. This helps in better cost savings and using new services just as they emerge.

– Self-service provisioning: The end users can spin up the computing resources for any kind of workload on-demand. An end-user can also provision computing capabilities like server time and network storage eliminating the need for IT administrators to manage or provision resources.

– Multi-tenancy and resource pooling: Multi-tenancy enables multiple customers to share the same physical infrastructures or applications while retaining privacy and security over the data. With the help of resource pooling, the cloud providers help in servicing many customers from the same physical resources. The resource pools of cloud providers are large and flexible enough so they can service the requirements of multiple customers.

– Broad network access: A user can access the cloud data or upload data to the cloud from anywhere with the help of an internet connection and any device.

Benefits of Cloud Computing:

Benefits of Cloud Computing

Cloud computing comes with many attractive benefits for businesses and end-users. Some of the most important benefits of cloud computing are:

1. Cost Savings: Using cloud computing can help in massive cost savings as organizations no longer have to spend a huge amount of money on maintaining or buying equipment. Further, this also reduces capital expenditure costs as there is no longer any need to invest in facilities, utilities, hardware, or building large data centres for accommodating growing businesses.

In addition, since growing companies do not need large IT teams for handling cloud data centre operations; they can easily rely on the expertise of the cloud provider’s team. Cloud computing cuts down any costs related to downtime. Since downtime happens rarely in cloud computing, the companies are no longer required to spend money and time fixing any issues that might be linked to downtime.

All in all, there are many reasons that can be attributed to lower costs with cloud technology. The billing model is pay as per usage and the infrastructure is not purchased which lowers the maintenance cost. The initial and recurring expenses come out to be much lower than traditional computing.

2. Increased Storage: With the huge infrastructure that is offered by all the cloud providers in the present time, maintenance, and storage of large volumes of data is a reality. Additionally, the sudden workload raises are also managed efficiently and effectively since the cloud can actually scale dynamically. 

3. Disaster Recovery: Many organizations worry about data loss. Storing data in the cloud guarantees users can always access their data even if the devices like smartphones and laptops are inoperable.

With cloud-based services, organizations can recover data in the event of emergencies like power collapse or natural disasters very quickly.

4. Flexibility: Flexibility can be counted as an exceptionally significant benefit of cloud computing. With so many enterprises in the need to adapt to the changing business conditions all the more rapidly, the speed to deliver has become critical.

Cloud computing pays extreme importance on getting the applications to market at a quick pace with the use of suitable building blocks considered necessary for deployment.

5. Mobility: Storing the information in the cloud implies that the users can access it from anytime and anywhere with the help of an internet connection. This further means that the users are not required to carry any USB drives around because CDs and external hard drives are enough for accessing data.

The users can also access corporate data through smartphones and other mobile devices while enabling remote employees to stay up to date with their co-workers and customers. The end users can also recover, retrieve, and process resources in the cloud. Moreover, the cloud vendors offer all upgrades and updates automatically, which saves both effort and time.

Cloud Computing Models:

The cloud providers give services that can be majorly grouped into three important categories. These services are as below:

1. Software as a Service (SaaS): In the SaaS model, a comprehensive application is provided to the customers as a service on demand. An important instance of this service runs on the cloud and so many end users are serviced. On the side of the customers, there is absolutely no need for any direct or upfront investment in the servers or software licenses.

However, for the service providers, the costs are lowered, since only a single application is hosted and maintained. SaaS is provided by many prominent companies such as Salesforce, Zoho, Google, Microsoft, etc.

It is expected that the customer relationship management applications and enterprise resource management applications are more than likely to account for more than 60% of all cloud applications until 2021. The number of applications delivered through SaaS is massive right from CRM like Salesforce to Microsoft’s Office 365.

2. Platform as a Service (PaaS): In this service, a layer of software or the development environment is enclosed and offered as a service over which the higher levels of services can be created. The customers have all the freedom to build different applications that run on the infrastructure of the provider.

Keeping the underlying storage, virtual servers, and networking including the tools and software applications intact, the developers build the applications. This could include database management, development tools, operating systems, middleware, etc.

In order to meet the scalability and manageability requirements of the applications, the PaaS providers provide a predefined combination of application servers and OS such as restricted J2EE, Ruby, LAMP platform, etc. Some of the best examples of PaaS are Google’s App Engine and Force.com, etc.

3. Infrastructure as a Service (IaaS): IaaS can be referred to as the most important and fundamental building blocks of computing that can be rented. These are storage, networking, and virtual servers. This model is preferred by many companies that are interested in building applications from the basic level and wish to control all elements on their own.

However, this also requires companies to have the technical skills that are important for orchestrating services at that particular level. On the basis of many dedicated types of research done in the past; it has been found that IaaS users claim that using online infrastructure is a lot easier because it cuts down the time needed for deploying new applications or services while reducing the on-going maintenance costs.

IaaS offers basic computing capabilities and storage such as standardized services over the network. The storage system, networking equipment, data center space, etc. are all pooled together and made available for taking over the workload. The customer is then asked to typically deploy the software on infrastructure. Some of the examples of IaaS are AWS cloud, 3Tera, etc.

Cloud Computing Deployment Models:

There are different types of cloud models, each of which proves to be different from the other. Gaining a comprehensive understanding of these models can help in deploying applications on Public, Private and Hybrid clouds. Additionally, it will also help you in finding out the right cloud path for each organization.

1. Public Cloud: The public cloud model is mostly operated and owned by the third parties because it helps in delivering superior economies of scale to the customers as the infrastructure costs get spread amongst a mix of users while giving all individual clients a low cost, “pay as you go” model.

All the customers share a similar infrastructure pool with very limited configuration, availability variance, and security protection. Furthermore, the private cloud is supported and managed by the cloud provider. One of the most important benefits of public cloud is the fact that although it might be larger than the enterprise cloud, it has an ability to scale seamlessly and on-demand.

2. Private Cloud: The private cloud system is built exclusively for a single enterprise. The aim of the private cloud system is to address the data security and offer greater control which is mostly lacking in a public cloud. Private cloud has two major variations which are:

– On-premise Private Cloud: The on-premise private cloud also popularly known as the internal cloud is hosted within one’s own data center. This model offers particularly standardized protection and process, but it is limited in the aspects of size and scalability. The IT departments are required to incur the capital and the operational costs for all physical resources in the on-premise private cloud. It is suitable for applications that require complete configuration and control of security and infrastructure

– Externally Hosted Private Cloud: The externally hosted private cloud is the one that is built by hosting externally with a cloud provider where the provider is in charge of facilitating an exclusive cloud environment with a complete guarantee of privacy. It is the most suitable for enterprises that do not prefer a public cloud due to sharing physical resources.

3. Hybrid Cloud: The hybrid cloud model is responsible for combining both the private and public cloud models. With the implementation of a hybrid cloud, the service providers can use any third-party cloud providers in a complete or partial manner while increasing the flexibility of computing.

The hybrid cloud environment has a distinct capability of offering an on-demand and externally provisioned scale. The combination of augmenting a private cloud with the resources of a public cloud can be utilized to manage any kind of unexpected increase in the workload.

The main goal of the hybrid cloud model is to create an automated, scalable and unified environment that can take the advantage of everything that a public cloud is capable of providing while still controlling the data in an efficient manner.

4. Multi-Cloud: The multi-cloud deployment model of cloud computing allows different applications to migrate between cloud providers or to operate simultaneously over two or more cloud providers. Many organizations are increasingly adopting a multi-cloud model with the use of multiple IaaS providers.

Organizations implement the multi-cloud deployment model for many reasons. For example; it helps them in reducing the risk of a cloud service outrage or gaining competitive pricing from another provider.

Businesses and Cloud Computing:

Business and Cloud Computing

Businesses can employ cloud computing in many different ways. While some of them maintain all applications and data on the cloud, others can use a hybrid model and keep all applications and data on private servers. When it is about offering services, some of the most prominent cloud computing services are Google Cloud, AWS cloud (Amazon Web Services), IBM Cloud, Alibaba Cloud, Microsoft Azure cloud services, etc.

AWS Cloud is completely public and includes a pay as you go, outsourced model. As the person is on the platform, you can sign up for the applications and any additional services. On the other hand, Azure Cloud services enable the clients to keep some data on their own sites.

More and more companies are adopting cloud services which is leading to a rapid growth of the cloud market. It is predicted that many organizations are more than likely to migrate the mission-critical workloads to public clouds. One of the reasons for this is the fact that business executives want to make sure that their companies can compete in the new world of digital transformation.

Furthermore, business leaders are also keen on taking advantage of the public cloud for the modern computer systems, elasticity, critical business units, and the DevOps teams. Cloud providers such as IBM and Google are focused on meeting the needs of IT enterprises by removing any barriers to public cloud adoption that might cause any IT decision-makers to restrict the adoption of the public cloud.

Conclusion:

Keeping the long history of cloud computing intact, it is still standing at a relatively early stage of adoption. Many companies are on the fence considering which applications should be moved and when. However, the usage is expected to climb only if the organizations get more comfortable with the idea of data being at a point other than a server in the basement.

That being said, the cloud vendors are increasingly on the look-out of pushing cloud computing as a medium of digital transformation instead of focusing just on the cost. Moving to the cloud can assist the companies to rethink all of their business processes and accelerate the business change by breaking down the organizational and data silos.

The adoption of cloud is definitely aimed at bringing a multitude of benefits and a streamlined working process. Hence, enterprises must take its adoption very seriously.

Encaptechno is a company that offers the best implementation of cloud services to enterprises. Our team comes with extensive experience in enabling many enterprises to adopt cloud services in a way that helps them to improve many business processes.

Get in touch to know more by calling us at +1-416-405-8185 or emailing at [email protected]

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