Connected and Disconnected Architecture

Azure Active Directory Tenant | Microsoft Azure

Azure Active Directory

In a cloud-based structure, It is necessary to use multiple Azure logins at the same time because the employees need to access different services like Azure container services, SQL database, machine learning to complete their individual/team tasks. But it is hard to manage when multiple employees try to log in at the same time and that’s when Azure Active Directory comes into the picture.

Azure Active Directory(AD)

Azure Active Directory(AD) is Microsoft’s cloud-based multi-tenant identity used to manage Azure services. Using Active Directory, the administrator can assign a single set of login credentials to multiple Azure services without any issues. AD is a pillar of the office 365 system and you can concur this with a premise active directory to provide authentication for another cloud system using OAuth.

Through Azure AD, you can enable both on-premises and cloud users to utilize Apps and benefiting other features such as conditional access, multi-factor authentication, and more.

How does AD (Azure Directory) work?

AD is an information resource-based container that contains username, credentials, and access rights. Azure AD is a new platform that supports cloud structure using REST APIs to transfer the data between any system to cloud applications. It’s a single-tenant application but leaving this AD from the circle will lead you to lose some agency over your stuff.

On the cloud-only model, AD allows the groups/users to log in to their PCs using directory services. But in a hybrid model, the organizations are integrated with a legacy structure where Azure AD uses your local directory for account data and operates in different hybrid modes.

Service users and groups

There are three categories of people who mainly depend on the Azure active directory for their daily activities/ works. Users in AD will appear in both in/outside of AD. For inside users, they can access through identities, and for outside users, a Microsoft account will be helpful to utilize the application.

Azure Administrators

They should be responsible for all Azure service access and login credentials. The Azure administrators also resolve the authentication issue, implement, manage and monitor the Azure identity, and more.

Azure Developers

The developers can utilize these Azure services to build enterprise-grade Azure applications. Developing becomes more easy and quick when the developer can access multiple Azure resources and applications. This should be possible only with Azure AD.

Online Customers

They are the end-users of Azure services like Office 365, CRM services, and more.

How to add users and groups to Azure AD

You can add people to your organization inside from outside tenants and possibly to give specific access. There are multiple ways to integrate the organization’s users and groups in Azure AD.

  • Powershell, Script the process to add new users.
  • Using Azure AD management portal.
  • You can program the process using Azure ADgraph API.
  • It is possible to directly sync users from Windows AD to Azure AD through the Azure AD Connect.

How to secure Azure AD?

As Azure AD is available on the internet, it is the easiest target for hackers to collect login credentials from data dumps to break Azure AD. To avoid this kind of attack, you should enable the setting to receive the warning when it opens from an untrusted source. Here, there are a few options to secure your Azure AD further.

  • Enable SSO(Single Sign-On)
  • Block legacy protocols
  • Automate applications provision
  • Enable Microsoft Cloud Access Security(MCAS)

As many organizations are shifting to the cloud for their services, Microsoft Azure becomes the largest cloud service in the field of cloud computing. Watch the below video and explore more details about Azure Active Directory and its subscriptions

You can learn more about the Azure Active Directory on our online courses:\

Learn AZ-900: Azure fundamentals (FREE) from our portal:

To know more about the upcoming live sessions, please visit:

Stay updated with our latest free webinars conducted by Sandeep Soni by joining our WhatsApp Tech Group:

Don’t forget to subscribe to our YouTube channel for more such Tech Videos-

Follow us on our channels and know our exciting offers:

Begin your Microsoft Azure Administrator journey with free Preparation sessions

AZ-104 Complete Exam Guide

Azure cloud services assist industries to grow faster and access data from anywhere with minimal effect. Azure technology extends its services to every sector in the IT field, and it has become crucial to upgrade yourself with cloud technologies. Azure Administrator certification is the associate level certification and this will be the first step towards advancing your cloud career.

The azure administrator is responsible to implement, manage, monitor and governing the Azure cloud for their administration. This article will demonstrate the overview of exam-104 and that will help you set your role as an Azure Administrator. 

Required skills to qualify for the Exam AZ-104:

The Azure administrator is responsible for the whole cloud infrastructure of the organization. This includes fixing up, monitoring, managing identity, administration, storage, computing, and virtual networks secure management, and more. Thereby, you need to be an expert in the below topics before appearing for the examination.

  • Manage Azure identities and governance 
  • Implement and manage storage 
  • Deploy and manage Azure compute resources 
  • Configure and manage virtual networking 
  • Monitor and backup Azure resources 

This certification is intended for candidates who want to advance their existing careers or take on a new role as an Azure administrator.

Job prospects of certified Azure administrators

As most industries prefer Azure cloud services for their application, there is a huge demand for certified administrators in the global market. Responsible for handling out industries administrative tasks and duties in relation to a different variety of projects, Azure administrators will be a crucial resource within the organization.

Getting a Microsoft certified Azure certification will make you sense from others. A skillful azure administrator can earn an average of $130,000 a year.

Hands-on practice

Even if you are an expert in the theoretical knowledge of azure administration, the exam would expect you to be familiar with practical real-world experience. For that, the hands-on lab will give you interactive experience and guidance to work in real cloud environments., a technology learning platform hosted by Deccansoft offers AZ-104-Azure administrator online training which is integrated with a hands-on lab for every module, along with detailed documentation of step-by-step demonstrations of labs.

Azure Administrator (AZ-104) online training

Selecting the best resource will help you to get the essential knowledge for the examination.AZ-104 online training offered by bestdotnettraining will cover the entire modules and we conduct complete AZ-104 live virtual training every few months once. Additionally, you will receive complete support and guidance to crack the exam in your first attempt.

To know more about the upcoming live sessions, please visit:

Moreover, there is a Free live AZ-104 exam guide class (Free exam preparation classes) for Azure professionals. This complete free session will be delivered by Gulnaz Malled. 
You can watch the Recorded session for Free on the AZ-104 exam guide by signing up in

To know about these live sessions join our WhatsApp group:

You can watch our latest tech videos on our channel-

Follow us on our channels and know our exciting offers:

Microservices Architecture: All You Need To Get Started For Advanced Applications

Microservices + Docker + Kubernetes Online training

In early 2000, the SOA (Service Oriented Architecture) patterns is introduced for software building. It gives the flexibility to construct large-scale applications using multiple services. These multiple services are monolithic so that, the developers need to work every time in codebase whenever the application grows in size. 

It increased the processing time, moreover they felt overwhelmed with their development process. To overcome these drawbacks, the alternative pattern Microservices architecture was introduced. This blog will take you deeper dive into microservices, docker, and Kubernetes technologies


Microservices architecture is a specific pattern to construct software applications that can divide the whole application into different standalone services. These small loosely coupled services are called microservices and can perform build and deploy independently. In a microservice architecture, each component has its CPU, own run time environment. 

Microservice architecture using Docker and Kubernetes

With technology evolution, there are few new technologies are evolved such as docker and Kubernetes to support our Microservice architecture and software services. The primary variation between them is docker should run on a single node while Kubernetes should run across the cluster.


 The most leading containerization platform Docker encapsulates the microservices in its container. Each container maintains its specific responsibilities and is deployed independently. With the docker environment, the applications/services can run with individual host access. These lightweight Docker containers provide excellent support for microservices and are well suitable for cloud-native applications.


Kubernetes, the container orchestrator platform used to create, manage and deploy containerized applications (microservices) automatically. This portable and extensible platform supports container APIs with quick shipping and scaling with decoupled architecture. It acts as a self-service platform that creates a hardware abstraction layer for the development team. Thereby, they can quickly access the resources as well as can handle the additional load. It is based on the pod’s concepts, which are scheduling units in the Kubernetes zone.

Even though Kubernetes and Docker differ in their technologies, they work very well together, and both facilitate distributed architecture in terms of management and deployment of containers.

Most industries already found an alternative way for their modern software application’s testing and deploying methodology. They would like to hire potential /certified programmers to manage their container instances for deployment. Now you understand the answer for the hype around microservice, docker, and Kubernetes.

If your goal is to become an expert in microservice architecture using Docker/Kubernetes platforms,, then we have you covered with our online training called Microservice Suite

  1. With the microservice suite package, you will receive high-impact training on Docker + Kubernetes + Helm + AKS + Microservices. To know more about this package, please visit
  2. If you just want to learn Docker and Kubernetes, please visit
  3. If you want to learn Microservices Architecture usingNET5, please visit

There was a live webinar on Docker conducted by Sandeep Soni (25+ years experience as a Software and Corporate Trainer). If you have missed the webinar, you can watch its recording here.

The above complete training is delivered by Sandeep Soni and learning from the corporate trainer will add extra confidence to your career growth.

To know more about upcoming events, please visit our websites:

 Sandeep Soni, 25+ years experienced corporate trainer will conduct all the Live training.

To know more about upcoming events in a little more depth, please visit our websites:

Subscribe to our YouTube channel to stay updated with our free webinar and courses, visit –

Join our WhatsApp Tech Group and stay up to date about our free webinars and courses, we also conduct Quizzes on a daily basis with an exciting gift, join now and win

AZ-400 online training | Increase your Business growth with DevOps

AZ-400  Online Training

In this competitive and challenging market, the ultimate goal of software industries is to produce reliable outcomes in a short period. But most organizations are facing a struggle to meet this objective and they have failed to prove themselves. This happens because there is a lack of communication and processes(necessary actions) between various teams among organizations. This situation leads to a time delay to complete the projects and it may directly affect the end-users as well the organization’s growth.

But how can we overcome this?

Microsoft Azure DevOps is the solution for this crucial issue. You can reduce the development cycle with DevOps and Ensure innovation at the fastest rate. Without a proper DevOps strategy, you will increase the production duration, and also at the end result, the outcome will have some bugs.

 But if you are implementing Microsoft Azure DevOps, it will produce the automated signal to the required team if any necessary action is required. So that, most organizations and developers would like to turn to DevOps to shorten the overall time in the task.

Microsoft Azure DevOps

Azure DevOps is a bundle of services that helps developers to provide a standard stream of reliable software releases quickly and deploying them without errors. In simple words, DevOps fills the bridge gap between software development and product management teams.

Azure DevOps is not a single program but it includes multiple chains that are CI/CD pipelines (Azure Pipelines), visual reporting tools (Azure Boards), and code repositories (Azure Repos) for code management and version control.

Features of Microsoft Azure DevOps

  • Dashboard performance
  • Source Control
  • Code Track 
  • CI/CD pipelines for continuous process
  • Manual and Exploratory Testing

DevOps Model

The development and deployment processes are followed by the below categories.

1. Plan and code(Continuous Development)

In this frame, the customers identified the team capabilities and distribute the task accordingly. Planning properly in an earlier stage and continuous monitoring would help the team to produce the proper outcome at the end without any work pressure. Delivery of application will be divided into multiple sectors and a coding process will be completed regarding the end-user requirements.

2. Build and Test(Continuous Integration)

Here, the developed code will be tested multiple times to resolve the bugs. The QA team should ensure the quality of the application and test its capabilities under different environments.

3. Release and Deploy (Continuous Deployment )

Once the code is verified by the QA team then it should reach the production service system where the customer accesses the code.

4. Operate and Monitor(Continuous Monitoring )

After making the code live, the operational team should monitor and observe the details about its performance for future developments.

Now, Are you thinking of adopting Microsoft Azure DevOps? 

Here’s a great opportunity from bestdotnettraining that you’ve to learn Microsoft Azure DevOps in LIVE from Sandeep Soni.

A fresh live training batch begins on 11th October 2021. You can attend the first session free of cost as a demo. Book your seat for a free Demo by clicking the link.
Form link:

For more details, visit our website:

To check the AZ-400 course module:

Subscribe to our YouTube channel to stay updated with our free webinar and courses, visit –

Join our WhatsApp Tech Group and stay up to date about our free webinars and courses, we also conduct Quizzes on a daily basis with an exciting gift, join now and win

For further details contact: Kashmira Shah- +91 8008327000