Microsoft cloud also includes two types of main types:
- Public Cloud- Your applications and data are stored in Microsoft's data centers. Microsoft manages the infrastructure and your company rents computing resources according to its needs (i.e. Utility computing. Microsoft Azure is the cloud platform.
- Private cloud--Alternatively, utilizing a private cloud means your organization has its on-premises data center, or you have physical servers occupying a co-location facility. You purchase all necessary infrastructure and host apps and then store the data in the environment that you design.
These cloud types have three key benefits that are inherent, which we'll discuss in the next section:
- Greater agility.
- Higher reliability.
- Lower costs.
Public Cloud Vs. Private Cloud
You'll remember the disadvantages of a purely physical environment if you recall the enterprise world before the cloud.
- Hardware failures are more common when there is too much older hardware.
- Managing the complex environment created by the organization takes a lot of systems and human resources.
- Most processes are manual.
- Upgrades can be time-consuming, especially if you have to take down systems to replace RAM.
- There needs to be agility.
All that has changed with the advent of cloud computing. There are two choices when it comes to moving to the cloud. Which one should you choose, though? Everything relies on your company's priorities.
Why Use The Public Cloud?
Your organization can achieve unprecedented agility with the public cloud. It could even be called transformative. Your organization can eliminate many burdens using Microsoft's infrastructure, system management, and as-needed computing resources.
One, you don't need to worry about physical hardware. This lowers the cost of creating enterprise ecosystems.
Consequently, it's no longer necessary to hire additional workers to manage and maintain that hardware.
Microsoft is responsible for service availability. Microsoft is responsible for any system-related problems or costs. Your organization can continue to operate freely without worrying about the "impending doom" of infrastructure failures.
The public cloud, however, does require that you give up some control. This is the main drawback for companies, particularly those who need to have complete control over their data and applications.
Why Azure? Most organizations have multiple Microsoft development technologies instances, such as Office 365 or Windows Server. Office 365, Windows Server, etc. There is an easy way to get into Azure's cloud platform. While cloud platforms like Amazon Web Services are well-known in general, they are less familiar to enterprises.
It is important to remember that Azure supports more than just Microsoft products and services, despite its heritage. It supports many open-source technologies such as Linux, Ubuntu, and Java.
Why Private Cloud?
These ecosystems can also be agile by using a private cloud. It is possible to add RAM without having to shut down a server. If one virtualized server fails, the load can be shifted to other servers.
A private cloud gives your company complete control over hosting your data center. You can choose where your servers are located, customize your setup, and more. This is crucial for cases where data sovereignty is an essential requirement. Datacenters store data within the territory of the host country. Many organizations with sensitive requirements cannot store specific data in public clouds due to industry-specific compliance issues or government regulations. HIPAA - Health Insurance Portability and Accountability Act.
The private cloud approach is usually more costly. Additional costs are incurred for both monetary and non-monetary reasons, including the cost of infrastructure components, human labor, and experiencing and resolving service disruptions.
Read More: Microsoft Developer Tools and Technologies to Explore in 2021
Public Vs. Private Clouds
These terms you might come across in this content, are crucial to understanding the Microsoft cloud:
- Cloud redundancy- Even in the cloud, there are still physical components. These components are subject to failure, as we have seen. It is crucial to have duplicates of data or resources to minimize or eliminate service disruptions if one version goes down.
- Hosting- For the private cloud, hosts are the hosts where the hypervisor runs. Depending on the architecture, they can be physical or virtual and provide storage and CPU memory.
- Copy- This is backing up or copying a virtual machine, an application, or data between multiple clouds/servers to increase redundancy.
- Hyperconvergence- A framework that integrates computing storage, networking and computing into one infrastructure. This reduces bottlenecks and simplifies the system, creates a self-healing environment, and allows you to build large clusters that can be resilient, flexible, and scalable.
- Abstraction- The act or process of turning physical hardware into shared resources. This is called virtualization.
- Provision- The process of creating resources, virtual machines, and workloads.
Microsoft Cloud Products
There are many Microsoft products that can be used to help you get the cloud:
- Microsoft Azure and Azure Marketplace.
- Microsoft Dynamics.
- Microsoft Office 365.
- Microsoft OneDrive.
Microsoft Azure and Azure Marketplace
This is Microsoft's cloud platform, which is supported by Microsoft's staff and data centers. Azure provides a range of cloud services that allow you to create, manage and deploy apps without needing your infrastructure. Azure is open-source and supports open-source software.
Microsoft Dynamics 365
Dynamics 365, a cloud-based platform for business apps, is a combination of Microsoft Dynamics AX (ERP) and Dynamics CRM. Dynamics 365 is a cloud-based business apps platform that combines Microsoft's Dynamics AX (ERP application) and Dynamics CRM (customer relationship management). It also has productivity and artificial intelligence capabilities.
It can be integrated with other Microsoft products and Azure's cloud platform, as is the case with all Microsoft products.
Microsoft OneDrive
This product, formerly known as SkyDrive and sometimes misunderstood called "One Cloud", is Microsoft's cloud storage offering. It is also part of Microsoft Office 365. OneDrive allows you to access, modify, and sync your files across multiple devices.
On apps like Word, you can also collaborate in real time with other users. The business version of OneDrive includes enterprise-specific features such as auditing tools and user-level permissions.
Microsoft Cloud Products
When they refer to Azure, most technology professionals use the term "Microsoft Cloud" instead.
Let's now look at some of the many service categories Azure offers for a variety of organizational use cases. We will also highlight notable services within each of these categories.
AI & Machine Learning
This API category is for image classification, object discovery, image similarity and financial and demand forecasting. This service is used by many credit card companies to detect potential fraud.
Analytics
Microsoft Azure analytics allows you to combine metadata (e.g. data streams, log files, etc.) You can compare data streams, log files, etc. across different applications, workloads, and users. The data can be analyzed and displayed in an easy-to-understand format to identify trends, optimize business processes, detect security vulnerabilities, increase compliance, and improve compliance.
Calculate
Compute is about adding more cycles to the system, such as when processing more transactions. Another use case is provisioning Windows or Linux virtual machines. This can be used for everything from cloud-scale job scheduling and computer management.
Containers
Containers are the next step in virtualization evolution. Containers are stateless, sandboxed apps that do not affect data when they are updated. Azure's UI is familiar and easy to use for containers. It can also be used to deploy, manage and operate Kubernetes. Microservices can be developed on Windows and Linux as well as containerized web applications.
Database
This category allows you to run a database either on an on-premises virtual computer, on Azure SQL, or as an infrastructure as a service (IaaS). This type of service allows for easy integration, resilience, and optimized performance. Your database can be elastically expanded and then reduced as needed. Azure SQL supports different major databases and can easily be transposed to an existing SQL database.
Developer Tools
Visual Studio is installed on your machines but it can also be integrated with Azure. This allows code to be easily moved to the cloud. Visual Studio Team Services, a similar tool, allows development teams to collaborate, share, and co-write code. You can also connect your blockchain code to the cloud with this tool.
DevOps
This is the process of managing, securing, and maintaining apps that are created by developers. Microsoft application development Insights is an important service that helps to detect and fix issues in web apps. You can also deploy to Azure services using open-source or third-party tools like Ansible and Chef.
Identity
This category controls how users log into applications. Azure Active Directory, which serves as a control/authentication function and permits single sign-on, is noteworthy in this context. It contains the user's organizational hierarchy, as well as their access privileges and identifying data. The Multi-Factor Authentication Service provides additional security measures by providing verification options like a phone call or text message, as well as mobile app notification.
Infrastructure as a Service
Azure's ability to provide infrastructure as a Service (IaaS) is a key feature of the cloud platform. This allows you to create a virtual server with all the drivers and operating systems needed. There are no hardware requirements. You need to manage the virtual assets that you make.
Platform as a Service
This cloud computing arrangement allows enterprises to use software and hardware provided by third parties. This eliminates the need for maintaining the software and hardware infrastructure in-house and allows users to create applications without worrying about extra costs and maintenance.
Security
There is some overlap in the security category. Key Vault helps to protect and maintain control over encryption keys and passwords. Microsoft does not see or extract your keys, as you can import keys from hardware security modules (HSMs) and generate them.
Storage
Storage is a key component of any computing technology. Azure's storage category is focused on the security and scalability of storage for your apps, data and workloads. This category includes services that can back up, migrate, transfer, and archive your data.
Top Few Microsoft Technology Trends and Platforms you should explore this year
.Net 5
The transition from the old.NET Framework to the.NET Core is one of the most difficult challenges for developers working. NET. You will get the chance to see the future code by the end of the year. The current.NET Core 3.1 version is a long-term support release with cross-platform accessibility. You can port your code to.NET 3.1 and create a new toolchain. You can combine the best parts of Core, Xamarin Framework, and Mono and publish to Microsoft Azure app services.
Machine Learning (ML) and Artificial Intelligence(AI)
Artificial Intelligence and Machine Learning have been the leaders in cloud computing implementation over the past two years. Their ability to grow rapidly is expected to continue in the future.
- Productivity increases.
- Respect the timeline.
- Resource restraints can be reduced.
Microsoft Azure is a leading cloud computing platform. It holds a 76% market share, along with AWS and Google Cloud. Microsoft is preparing an end-to-end platform that will allow machine learning services to be delivered through its cloud.
You should consider obtaining a certification in Microsoft Azure if you want to expand your knowledge and skills in this area. This technology is rapidly expanding its offerings beyond cloud storage.
The Internet of Things (IoT)
The Internet of Things continues its rise in prominence as the world becomes more connected. The IoT has been a major factor in the rapid expansion of cloud computing. The growth of cloud computing and security is inversely correlated with the adoption of mobile devices by users.
Azure Sphere, Microsoft's secure IoT platform, ensures your data and cloud are entirely safe. Third parties cannot access them. Azure Sphere can be used for your products immediately. Azure Sphere has modules and SOCs that are ready for production. You can build your hardware using these modules. No need to purchase any additional software. All Azure Sphere development is done in Visual Studio.
You will also be able to collect and respond to customer-specific information. Customers can use Azure's IoT hub Device Positioning services to enable zero-touch device provisioning. This cloud-based service allows you to register and configure devices.
Security is our main focus
Security is a primary concern for cloud service providers. Security is an essential aspect of customers and businesses consideration due to the large amounts of data stored and used daily. Microsoft Azure is a favorite choice for security because of its compliance and encryption features.
Cloud technology has evolved with security threats increasing. Every major Azure deployment takes extra precautions to meet the customer's needs and increase effectiveness.
You can enroll in an online Microsoft course to increase your knowledge in cloud security and system security.
Technology simplification
It's incredible how technology becomes easier to use as it advances. Cloud computing and IoT were initially complex technologies requiring only a few experts. These technologies have become more accessible thanks to widespread adoption and breakthroughs. Online certification courses for Microsoft Azure and other emerging technologies are easily accessible and can be used to enhance your skills and improve your career as an IT professional.
SharePoint development overview
SharePoint is a platform for SharePoint Framework, SharePoint Add Ins, and farm solutions development. To get started with your development, familiarize yourself with SharePoint's capabilities and features.
The SharePoint Development Platform Is Now Available
SharePoint is a flexible development platform that allows you to build client-side components, add-ins, and solutions with different scopes to address various needs. SharePoint's developer documentation walks you through the technologies, capabilities, models, and features that make unique SharePoint development services for the respective platform.
Read More :What are Microsoft Managed Services?
What Kind Of Development Can SharePoint Do?
For SharePoint Framework
This article will help you familiarize yourself with SharePoint Framework and decide if they are the right choice for you.
Overview of SharePoint Framework
For SharePoint Add-ins development
This article will help you to understand SharePoint Add-ins and decide if they are right for you.
- SharePoint Addins compared to SharePoint solutions.
- To develop mobility features and solutions for SharePoint
These sections will show you how to create mobile SharePoint solutions:
- Create Windows Phone apps to access SharePoint.
- How do you build search-driven mobile apps using the Navigation and Event. Logging REST interfaces.
These sections contain information on SharePoint features available for farm solutions:
- Create sites for SharePoint.
- Add SharePoint capabilities.
Start developing For SharePoint Framework
Point 1 shows resources to set up a development environment and take advantage of the new capabilities available for building SharePoint Framework customizations.
Topic
- Set up your SharePoint Framework development environment.
- Create your first SharePoint client-side web part.
- Create your first SharePoint Framework Extension.
Description
- This document contains step-by-step instructions for installing the components of a SharePoint Framework development area.
- This article explains creating your first client-side web component using SharePoint Framework.
- This article explains how to create your first SharePoint Framework Extension.
To develop mobility features and solutions for SharePoint
Point 2 lists the resources needed to set up a development environment and begin using SharePoint's new capabilities for building farm solutions.
Topic
- Create a development environment for SharePoint.
- Select the best API set for SharePoint.
- SharePoint programming models.
- Add SharePoint capabilities.
Description
- This document contains step-by-step instructions for installing the components of a SharePoint development area.
- This document describes the many APIs available in SharePoint. It includes the server object model, the client-side object models, and the REST/OData Web service.
- This brief overview will give you an idea of the various SharePoint development projects you can create using SharePoint.
- This portal provides detailed information on how SharePoint can be used in your solutions.
For SharePoint Add-ins development
To start with SharePoint Add-ins development, you need first to consider the types of add-ins you may want to create, the technologies you want, and the hosting options you wish to use.
We provide guidance to help match your SharePoint Add-ins to the right development environment once you have identified the types of SharePoint Add-ins you wish to create.
Point 3 shows you the resources needed to set up your SharePoint development environment and make your add-ins.
Here are some resources to help you get started in SharePoint Add-ins Development
Topic
- Create a development environment to support SharePoint Add-ins in Office 365.
- Set up an on-premises development environment for SharePoint Add-ins.
- Get started creating provider-hosted SharePoint Add-ins.
- Get started creating SharePoint-hosted SharePoint Add-ins.
Description
- This article explains how to sign up and use the Office 365 Developer Site to develop SharePoint Add-ins.
- This article explains how to install SharePoint on-premises and set it up for adding SharePoint Add-ins.
- This HTML contains step-by-step instructions for creating a basic SharePoint Addin that can be hosted independently from a SharePoint site.
- This document contains step-by-step instructions for creating a basic SharePoint add-in that can be hosted on a SharePoint website.
Cloud computing services use remote servers on the Internet to store and manage data. This is in contrast to local servers or personal computers. Companies that provide cloud computing services are known as cloud providers. They typically charge for their services based on how much they use. Cloud computing is built on grids and clusters.
Cloud Computing Types
The majority of cloud computing services can be divided into five broad categories:
- Software as a Service (SaaS).
- Platform as a Service (PaaS).
- Infrastructure as a Service (IaaS).
- Everything/Everything as a service (XaaS).
- Function as a service (FaaS).
These are often called cloud computing platforms because they are built on top of one another. It is easier to achieve your goals if you know their differences and their differences. These abstraction layers can also serve as a layered architecture in which services of a higher level can be made up of services from the underlying layer, i.e. SaaS can provide Infrastructure.
Software as a Service (SaaS)
A method of providing services and programmes through the Internet is known as software-as-a-service (SaaS). We can access the software via the Internet instead of installing and maintaining it. This frees us from complex software and hardware management. It eliminates the need to install and maintain software on our computers or in data centers. This reduces both the hardware and maintenance costs.
SaaS is a complete solution for software that you can purchase from a cloud provider on a pay-as-you-go basis.
Many SaaS applications are efficiently run from any web browser. There is no need to download or install anything. SaaS applications can be called Web-based, on-demand, or hosted software.
The Advantages of SaaS
- Cost-Effective: Only pay for what you use.
- Save time: Most SaaS apps can be run directly from a web browser without downloading or installing any software. This can cut down on time it takes to install and configure software, as well as the potential issues that could get in the way of its deployment.
- Accessibility App data can be accessed from any location.
- Automatic software updates: Customers can rely on SaaS providers to perform updates rather than buy new software.
- Scalability It allows users to access services and features on demand.
Cloud9 Analytics, Salesforce.com and Cloud Switch are some companies that offer software as a service.
Platform as a Service
PaaS Cloud computing is a type of cloud computing that allows developers to create applications and services via the internet. PaaS services can be accessed via any web browser and are hosted in the cloud.
PaaS providers host the software and hardware on their infrastructure. PaaS eliminates the need for users to purchase hardware and software to create or run new applications. The application's development and deployment are independent of the hardware.
Although the consumer does not manage or control the cloud infrastructure, such as servers, operating system, storage and network, the consumer has access to the applications deployed and possible configuration settings.
The Advantages of PaaS:
- It is simple and easy for users to use: It provides a lot of the infrastructure and other IT services that users can access from anywhere using a web browser.
- Cost-Effective It charges per use for services, eliminating any expenses for hardware or software.
- Effectively managing the lifecycle of web applications: It's designed to support all phases of the web application lifecycle, including building, testing and deploying, managing and updating.
- Efficiency: This allows for higher-level programming at a lower level, which makes it easier to develop the entire application.
The companies that offer Platform as a service include Amazon Web Services, Elastic Beanstalk and Salesforce.
Infrastructure as a service
Infrastructure as a Service (IaaS) is a model where infrastructure is provided on an outsourced basis in support of various operations. IaaS typically refers to a service that provides infrastructure as an outsourcing service to businesses, such as network equipment, devices and databases, and web servers.
It is also known as hardware as a service (HaaS). Customers of IaaS pay per user, usually by the hour or week. Customers may also be charged based on how much virtual machine space they use.
It provides only the operating system, security, networking and servers necessary for developing and deploying such services and applications.
IaaS Advantages:
- Cost-Effective: Reduces capital expenditure and ongoing costs. IaaS customers typically pay per user by the hour, week or month.
- Website Hosting: Running websites with IaaS is less expensive than traditional web hosting.
- Security: The IaaS Cloud Provider might offer better protection than your current software.
- Maintenance: It is optional to manage the underlying database center or introduce new versions of the software or development. All of this is handled by the IaaS Cloud Provider.
The companies that provide infrastructure as a service include Amazon Web Services, and IBM.
Everything is a service
It's also known as Everything as a Service. Many cloud service providers offer any service, combining all the above services plus additional services.
The Advantages of XaaS This service is a combination service with all the benefits of any other cloud service.
Function as a Service
FaaS can be described as a cloud computing service. It allows customers or users to create, run, and deploy code or an entire application in functions. The user can develop and update the code at will without having to worry about maintaining the infrastructure. You can execute the code in response to a specific event. It can also be executed, just like PaaS.
FaaS stands for event-driven execution. It is implemented in a serverless container. Once the application has been developed, the user can trigger the event to execute the code. The triggered event responds and activates servers to execute the code. The servers are more than the Linux servers, and any other servers managed entirely by the vendor. The server is serverless architecture. Customers need to learn about the servers.
While both FaaS and PaaS provide the same functionality, there are still differences in Scalability and Cost.
FaaS allows for auto-scaling and downscaling depending on the demand. PaaS provides scalability, but users must configure the scaling parameter based on the demand.
FaaS allows users to only pay for execution times. PaaS is a pay-as-you-go service that requires users to pay the total amount regardless of how much or little they use.
The Advantages of FaaS:
- Highly Scalable The provider will scale the service based on the need.
- Cost-Effective: Pay only for the events that were performed.
- Code simplification: FaaS enables users to upload their entire application at once. You can write code for functions independent of each other or similar.
- It is sufficient to maintain the code and not worry about servers.
- You can write functions in any programming language.
- You have less control over the system.
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Conclusion
Over 3,65,000 businesses adopt Microsoft Azure every year. This means that the demand for Microsoft Certified Professionals is constantly increasing.
