Gauhati University Cloud Project

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Case Study: Gauhati University Cloud Project

Digitizing Admissions with In-House Innovation and Microsoft Azure

Introduction

Gauhati University, located in Guwahati, Assam, is one of the oldest and most prestigious institutions in Northeast India. With thousands of applicants each year, the university faced mounting challenges in managing its admission process—particularly the viva voce (oral interview) component. To address this, Gauhati University launched a transformative digital initiative: the Gauhati University Cloud Project, powered by Microsoft Azure and developed entirely in-house.

The Challenge

The traditional admission process required students to travel to campus for viva sessions, often from remote and rural areas. This not only caused logistical strain but also led to delays, increased costs, and accessibility issues. While online application forms were already in use, the viva component remained a major hurdle. The university needed a comprehensive solution that could:

  • Conduct viva sessions remotely and securely
  • Handle the entire admission workflow digitally
  • Be scalable, reliable, and accessible to all applicants
  • Maintain academic standards and data integrity

The Solution

Gauhati University’s IT team developed a robust, cloud-based software platform hosted on Microsoft Azure. This in-house solution was designed to manage the entire admission process, including:

  • Online application submission
  • Document verification
  • Automated scheduling of viva sessions
  • Live online viva interviews via secure video conferencing
  • Real-time evaluation and scoring
  • Cloud storage of applicant data and interview recordings

The use of Microsoft Azure ensured high availability, security, and scalability, allowing the system to handle thousands of concurrent users without performance issues.

Implementation

The software was rolled out in phases, starting with pilot departments and expanding to all faculties. Faculty and administrative staff were trained to use the system, while students received detailed instructions and technical support. The platform was optimized for low-bandwidth environments to ensure inclusivity for applicants from underserved regions.

Impact

The results were immediate and impressive:

  • Reduced Travel Burden: Students could participate in viva sessions from their homes, eliminating the need for long-distance travel.
  • Improved Accessibility: Applicants from remote areas gained equal opportunity to attend interviews.
  • Operational Efficiency: The university processed applications faster and with fewer resources.
  • Enhanced Transparency: Digital records and evaluations improved accountability and reduced human error.
  • Scalable Infrastructure: Microsoft Azure provided the backbone for seamless performance and data security.

Feedback from both students and faculty was overwhelmingly positive, with many praising the convenience, fairness, and professionalism of the new system.

Conclusion

The Gauhati University Cloud Project is a landmark example of how digital transformation can revolutionize higher education. By leveraging Microsoft Azure and developing a tailored in-house solution, the university not only solved a critical logistical challenge but also set a new standard for admissions in India. This initiative demonstrates the power of cloud technology and institutional innovation in creating more inclusive, efficient, and modern academic experiences.

6 Capability difference Azure SQL Services VS AWS SQL Services

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Difference between Azure SQL service and AWS SQL service

There are a number of things to compare between managed SQL services offered by AWS and Azure. Here is a quick summary of the main variations:

Azure VS Aws Database

Performance and Scalability

Because Azure SQL Database and Managed Instance are based on the most recent stable version of SQL Server, apps are guaranteed to execute on the most recent binaries. IN AWS You can select the version of AWS’s Amazon RDS to utilize, which can be advantageous for compatibility with already-existing applications.

Price model

Azure SQL provides solutions for managing many databases via elastic pools in addition to a predictable cost structure for single databases.In Aws Depending on the database engine selected and the resources allotted, Amazon RDS prices can change

High Availability and Disaster Recovery.

With failover groups and active geo-replication, Azure SQL offers disaster recovery features in addition to built-in high availability, High availability and backup solutions are also provided by Amazon RDS, with several choices such as Multi-AZ installations for failover.

Storage Option.

Larger database sizes are supported by Azure SQL Managed Instance, which provides instance-level functionality. Depending on the instance type, Amazon RDS can provide SQL Server instances with up to 64 TB of storage.

Capabilities for Management:

 

Microsoft manages Azure SQL services in their entirety, including automated upgrades, backups, and patches.  Managed service experience with automated backups, patching, and maintenance windows is offered by Amazon RDS also

Compatibility with cloud eco system

 

Azure SQL provides a consistent cloud experience by being seamlessly connected with other Microsoft products and services where RDS is made to function effectively in the AWS ecosystem, and AWS offers a wide range of services.

These variations enable each service to meet distinct needs and be tailored for certain use cases. In order to select the best service for you, you must consider the requirements of both your application and business. You might want to look at the official documentation and resources offered by both AWS and Azure for a more thorough comparison. or we can help you. to connect us just click on below link and fill up the form we will call you back.

Azure Compute Service

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Azure Compute Service
Azure Compute Service
_

All About

Azure Compute Service

The Complete discussion about Azure Compute services, Azure Compute Price, Azure Compute service List or Azure Managed Instance

What is Azure Compute Service?

In Case of Azure Compute service, The word compute here refers to the hosting model for the computing resources on which our application runs.
Azure compute service is a term that refers to the various cloud computing services that Azure offers to host and run your application code. These services provide the infrastructure, tools, and platforms for computing and storage needs. Some of the common Azure compute services are Azure Virtual Machines, Azure App Service, Azure Functions, Azure Kubernetes Service, Azure Container Apps, and Azure Container Instances.

Azure compute service can be divided broadly into three categories.

  • Infrastructure as a service- IaaS
  • Platform as a service- PaaS
  • Serveless services
EYANTRA Azure

Following are the main compute options available in Azure...

Azure Virtual Machine (VM)

A virtual machine in Azure is a software-based computer that runs on Azure’s cloud infrastructure. It has its own operating system, memory, disk space, and network interface, but it shares the physical resources of a host computer with other virtual machines. You can use virtual machines in Azure to run different types of workloads, such as web applications, development and testing environments, backup and recovery, and more. You can also choose from a variety of virtual machine sizes and pricing options to suit your needs and budget.

For computer and storage requirements, these services offer the necessary platforms, tools, and infrastructure. We can install any OS of our choosing, including Linux and Windows. Each virtual machine has its own operating system, data drive, and network. Before commencing the deployment, we must also select the CPU and RAM size. These services are offered on a per-minute call pay-as-you-go basis.

Azure Kubernetes Services
With the help of the Azure Kubernetes Service (AKS), you may run Kubernetes in Azure without having to take care of your own Kubernetes clusters. The deployment, scaling, and management of containerized applications may all be automated using the open-source Kubernetes framework. It is a Managed service for running containerized application.
Azure App Services
Azure App Service is a platform as a service (PaaS) that allows you to host web applications, REST APIs, and mobile backends in the cloud. You can use various languages and frameworks, such as .NET, Java, Node.js, PHP, and Python, and run them on Windows or Linux-based environments. You can also use Docker containers and Kubernetes to deploy your applications
Azure Container Instances
Azure Container Instances is a service that allows you to run containers on Azure without having to manage any virtual machines or orchestration. You can specify the CPU and memory resources for your containers, and pay only for what you use. You can also run your containers in a secure and isolated environment with hypervisor isolation
Azure Functions
Azure Functions is a service that allows you to run small pieces of code in the cloud without having to manage any servers or infrastructure. You can write your functions in different languages, such as C#, Java, JavaScript, Python, and more. You can also use various triggers and bindings to connect your functions to other services and events, such as HTTP requests, timers, queues, blobs, etc.
Azure Container Instances
Azure Container Instances is a service that allows you to run containers on Azure without having to manage any virtual machines or orchestration. You can specify the CPU and memory resources for your containers, and pay only for what you use. You can also run your containers in a secure and isolated environment with hypervisor isolation
Azure Batch
Azure Batch is a service that allows you to run large-scale parallel and high-performance computing (HPC) workloads in the cloud. You can use Azure Batch to run applications that can be divided into many independent tasks, such as data processing, image rendering, machine learning, and simulation. Azure Batch takes care of creating and managing a pool of virtual machines, installing the applications you want to run, and scheduling the tasks to run on the nodes. You only pay for the resources you use, and you don’t need to install or maintain any cluster or job scheduler software.
Azure Cloud Services
You may build and deploy web apps and APIs in the cloud using Azure Cloud Services, a platform as a service (PaaS). You may execute a variety of languages and frameworks on Windows or Linux-based platforms, including.NET, Java, Node.js, PHP, Python, and Ruby.
Azure Compute Service

Three key services are associated with Azure compute service:

Azure Security Center
You can use the Azure Security Center service to safeguard your Azure resources and workloads against a range of dangers and weaknesses. It gives you a consolidated view of your security posture and alerts and suggestions on how to strengthen your security.
Azure Active Directory ( Azure AD )
A cloud-based identity and access management service called zure Active Directory aids in securing and controlling access to your data and resources. You may enable single sign-on, multifactor authentication, and conditional access for your applications and services, as well as create and manage users, groups, roles, and policies. Along with thousands of other cloud-based applications, Azure Active Directory works with Microsoft services including Microsoft 365, Azure, and Dynamics 365. For a hybrid identity solution, you may also combine your on-premises Active Directory with Azure Active Directory.
Azure Key Volt:
A cloud-based identity and access management service called zure Active Directory aids in securing and controlling access to your data and resources. You may enable single sign-on, multifactor authentication, and conditional access for your applications and services, as well as create and manage users, groups, roles, and policies. Along with thousands of other cloud-based applications, Azure Active Directory works with Microsoft services including Microsoft 365, Azure, and Dynamics 365. For a hybrid identity solution, you may also combine your on-premises Active Directory with Azure Active Directory.

Azure Compute Service Price

The kind, size, and region of the virtual machines, the operating system, the storage, and the network are just a few of the variables that affect the cost of Azure Compute Service. To see how much using Azure Compute Service will cost you per hour or per month, use the Pricing Calculator. To discuss more how Azure pricing works and how to reduce your costs, you may also call me on below Phone number I will love to help you.

for More discussion can contact us

Ravi Jain

Azure Managed SQL Server V/s Azure SQL Database and best Practice

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Azure SQL Database vs. Azure Managed SQL Server

Introduction

Microsoft Azure offers a range of cloud-based database services to meet the diverse needs of modern applications. Two prominent offerings in this space are Azure SQL Database and Azure SQL Managed Instance. Both services empower businesses to efficiently manage their SQL Server workloads in the cloud. However, understanding their differences and use cases is crucial for making the right choice. In this blog post, we’ll delve into Azure SQL Database and Azure SQL Managed Instance, exploring their features, benefits, and when to use each service.

Azure SQL Database.

Azure SQL Database is a fully managed database service provided by Microsoft Azure. It offers numerous advantages for organizations seeking a scalable, cost-effective, and hassle-free database solution.

  1. Database as a Service (DBaaS): Azure SQL Database is a pure DBaaS offering, meaning Microsoft handles most of the database management tasks, such as patching, backups, and ensuring high availability. This allows developers to focus on building applications rather than managing infrastructure.

  2. Scalability: Azure SQL Database offers multiple service tiers with varying performance levels. This scalability is ideal for applications of all sizes, from small startups to large enterprises. You can easily adjust the performance tier as your application’s needs evolve.

  3. Multi-tenancy: While Azure SQL Database is a multi-tenant service, it provides strong isolation between databases. Multiple databases from different customers can coexist on the same physical infrastructure while remaining isolated and secure.

  4. Platform-as-a-Service (PaaS): Being a PaaS offering, Azure SQL Database abstracts the underlying infrastructure. This abstraction simplifies database management and reduces operational overhead, making it suitable for cloud-native applications.

  5. Resource Governance: Azure SQL Database allows you to set resource limits and configure auto-pause and auto-resume features. These capabilities help manage costs efficiently by optimizing resource consumption based on demand.

  6. Compatibility: Azure SQL Database is compatible with Transact-SQL and supports most SQL Server features. However, it may have some limitations compared to on-premises SQL Server installations.

Use Cases:

  • Azure SQL Database is well-suited for cloud-native applications, microservices, and scenarios where scalability and managed services are crucial. It is an excellent choice for organizations looking to migrate their databases to the cloud without the complexities of managing the underlying infrastructure.

Azure Managed SQL Server  

Azure SQL Managed Instance, on the other hand, offers a different set of capabilities that cater to specific use cases, particularly those requiring greater compatibility with on-premises SQL Server.

  1. Managed SQL Server: Azure SQL Managed Instance is essentially a managed instance of SQL Server in the cloud. This means it provides a high degree of compatibility with SQL Server features, configurations, and management capabilities.

  2. Isolation: Unlike Azure SQL Database, Managed Instance offers greater network isolation and dedicated compute resources. It operates within its own isolated virtual network, enhancing security and control.

  3. Compatibility: Azure SQL Managed Instance boasts near 100% compatibility with on-premises SQL Server. This makes it an excellent choice for lift-and-shift migrations of existing SQL Server workloads, legacy applications, or scenarios requiring specific SQL Server capabilities.

  4. VNet Integration: Managed Instance can be seamlessly integrated into an Azure Virtual Network (VNet). This integration is crucial for hybrid scenarios, allowing secure connections to on-premises resources while maintaining high-performance network communication.

Use Cases:

  • Azure SQL Managed Instance is particularly valuable for applications that demand full SQL Server compatibility. Organizations with complex, legacy databases or those looking to migrate traditional SQL Server workloads to the cloud will find Managed Instance to be a compelling choice. It provides the familiarity and control required for such scenarios.

Choosing the Right Azure SQL Service 

The choice between Azure SQL Database and Azure SQL Managed Instance depends on your specific application requirements and existing SQL Server investments. Here’s a brief summary to help you decide:

  • Choose Azure SQL Database if you need a fully managed, scalable, and cost-effective database service, and your application is cloud-native, built on modern architecture, or requires dynamic resource scaling.

  • Choose Azure  Managed SQL Server  if your application demands near-identical SQL Server compatibility, strong network isolation, or integration with on-premises resources. It’s also an excellent choice for complex or legacy workloads.

In conclusion, both Azure SQL Database and Azure SQL Managed Instance offer powerful solutions for hosting SQL Server databases in the cloud. By understanding their differences and aligning your specific needs, you can make an informed decision to optimize your database management in Azure.

Azure Managed SQL Server
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what is modern workplace

Explained: What Is Modern Workplace?

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Modern Workplace and Microsoft 365

What image comes to mind when you think of a modern workplace? Gaming areas in the office? An abundant kitchen supply? Or do you see a co-working space where a variety of people and businesses work together in one location? Or do cubicles spring to mind? Read along to know what is modern workplace means nowadays.

A high-speed internet only or given that landlines are less widespread than they previously were. The vision of a workplace that came to me might not have even included them, but it was undoubtedly one where everyone had access to the data from anywhere in a safe, secure, and managed way.

Every business nowadays needs to collaborate with a wide range of people and share its unique papers. A combination of technological, physical, and psychological elements that maximize business output and efficiency and achieve employee satisfaction describes modern workplaces. To meet the demands of organizations and individuals now and in the future, the specifics of a modern workplace are evolving with time.

The Morden Workplace is designed around the idea of activity-based working, which aims to increase Flexibility, Productivity, and Collaboration while maximizing Return on Investment.

People can choose their settings for a variety of activities. People can physically situate themselves wherever it is most convenient for them to finish their work, which does not need them to complete all of their work in one location.

An environment that is built on activities changes constantly. Employees are free to select the location or setting that best suits the jobs or activities they need to complete on a particular day. Additionally, it can accommodate various employee working preferences with ease.

Because of this flexibility, workers might not have a personal desk or workstation. They are free to work at any station. They may hold meetings in specific, previously scheduled meeting rooms that are equipped with all the necessary technology for a flawless experience.

They may also make use of collaborative tools like whiteboards during these meetings. They might then relocate to a huddle room where they can work together in a small group without disturbing the others who are silently working at their desks.

The purpose of the activity-based environment is to increase options and productivity while minimizing noise and other issues that arose when businesses first switched to open floor layouts.

Today’s workplace’s entire design is based on a change in organizational culture. For the new normal to work at its best, there needs to be more employee trust. Employers must give employees the freedom to choose how to spend their time at work.

The team’s productivity will be limited and the space – and the workers – won’t perform to their full potential if they are micromanaged or told to use different workspace features only occasionally.

For firms with more traditional work environments and cultures, making this cultural transformation could need considerable effort. To ensure that all of the necessary tools are in place for everything to operate without a hitch, coordination from the top down is required, as well as assistance from the IT team.

To guarantee that all supervisors are not making decisions about employees based on historical norms, it will be necessary for leaders to assist them in modeling the desired behaviors.

Modern Workplace and Microsoft 365

The modern workplace has undergone significant changes and continues to evolve, driven by advancements in technology, shifting demographics, and changes in work culture. Here are some key aspects of the modern workplace:

  1. Remote and Hybrid Work: The COVID-19 pandemic accelerated the adoption of remote work, and many organizations have continued to offer remote or hybrid work options. This flexibility allows employees to work from home, coffee shops, or other remote locations, reducing the need for a traditional office space.

  2. Technology: Technology plays a central role in the modern workplace. Cloud computing, collaboration tools (e.g., Slack, Microsoft Teams), video conferencing (e.g., Zoom), and project management software have become essential for remote and hybrid work environments. Additionally, the use of artificial intelligence (AI) and automation is becoming more prevalent in various industries.

  3. Flexible Schedules: Many organizations now offer flexible work hours, allowing employees to better balance work and personal life. This approach promotes greater work-life balance and can lead to increased job satisfaction.

  4. Diversity and Inclusion: Modern workplaces are increasingly focused on creating diverse and inclusive environments. Companies recognize the importance of fostering a diverse workforce and providing equitable opportunities for all employees.

  5. Wellness and Mental Health: Employers are placing a greater emphasis on employee well-being, including mental health support. Wellness programs, Employee Assistance Programs (EAPs), and initiatives promoting a healthy work-life balance are common in modern workplaces.

  6. Remote Collaboration: With remote work, collaboration has become more reliant on digital tools. Video meetings, file-sharing platforms, and virtual project management tools enable teams to collaborate effectively, regardless of their physical location.

  7. Workplace Design: Some organizations are reimagining their physical office spaces. They may opt for flexible layouts that accommodate a combination of in-office and remote work, emphasizing collaboration spaces over traditional cubicles.

  8. Digital Security: As remote work and digital collaboration become more prevalent, cybersecurity has become a top priority. Companies invest in robust cybersecurity measures to protect sensitive data and information.

  9. Learning and Development: Continuous learning and skill development are essential in the modern workplace. Employers often provide opportunities for employees to upskill or reskill through training programs and online courses.

  10. Emphasis on Results: Instead of focusing solely on hours worked, modern workplaces often prioritize results and outcomes. This shift toward results-based performance evaluation allows employees greater autonomy in managing their work.

  11. Environmental Sustainability: Many companies are committed to reducing their environmental impact. This includes adopting eco-friendly practices, reducing waste, and implementing sustainable office designs.

  12. Remote Onboarding: With remote and hybrid work arrangements, onboarding processes have adapted to include virtual orientations, training, and team introductions.

  13. Emphasis on Employee Experience: Companies recognize the importance of creating a positive employee experience. This involves understanding and addressing the needs and preferences of employees to enhance job satisfaction and retention.

  14. Communication and Transparency: Effective communication and transparency are crucial in modern workplaces. Regular updates, town hall meetings, and open-door policies help foster a culture of trust and collaboration.

  15. Data Analytics: Data-driven decision-making is becoming more common. Companies collect and analyze data on various aspects of the workplace to make informed decisions about resource allocation, employee performance, and more.

The modern workplace is characterized by adaptability and a willingness to embrace change. As technology continues to advance and societal expectations evolve, the workplace will likely undergo further transformations in the years to come.

 

More About Microsoft 365 

Recall Mail In Outlook

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Most of us experienced that moment when you send an email to the wrong person or maybe you sent an email to someone impulsively or maybe you sent an important work email and forgot to attach the document that the recipient needed. And, now you want to know how to recall mail in Outlook.

If you want to take it back you can do it with Outlook. Its provides a built-in feature that can recall or replace an email. The email recall option can help you stop a recipient from seeing an incomplete or bad email you sent.

So, if you are looking for how to recall an email in Outlook, then read along with this article for an in-depth guide on how to recall sent mail in outlook.

Recall Mail In Outlook 365

Step 1: Open the sent items folder and look for the email you want to recall.

Step 2: Double-click on the email to fully open it before moving to the next step.

 

Step 3: After opening the mail click on the “File” option in the top left corner.

Step 4: Under “File” select “Info”.

 

Step 5: Click on “Message Resend and Recall”.

Recall email

Step 6: A pop-up window will appear on your screen. Here you have two options. Select delete unread copies of this message to recall the sent message. Select delete unread copies and replace them with a new message to replace the sent message with a new message. Next, select the tell me if recall succeeds or fails for each recipient check box and click on the “OK” button.

Step 7: If you choose to replace the message Outlook will open a second screen so you can replace the original email with a new one. As you compose your new email, Outlook recalls your old message and displays a notification. Lastly, just click on the “Send” button when you are done with your revised email.

recall email

If you deleted the message then your work is done. If you want to replace it, continue to the next step.

Note: These instructions won’t work with the web and mobile-based versions of Outlook, they only work with the desktop-based version. To recall emails in web and mobile-based versions follow the below instructions.

How To Recall Mail In Outlook Web Browser And Mobile App

 

 To recall a sent message first you need to configure the below settings in web.

Step 1: Open Outlook on the web.

Step 2: Click on “Mail Setting”.

Step 3: Click on “View All Outlook Setting”.

Step 4: Under “Mail Option” go to “Compose and Reply”.

Step 5: Set the time of “Undo Send”.

how to recall mail in outlook

Step 6: Now that the settings have been configured, if you want to recall a sent email on the web and mobile app version of Outlook, just click on the “Undo” button within the set time that appears after you hit the sent button of the email you want to recall.

how to recall mail in outlook

Conclusion

Now that you know how to recall mail in Outlook, it can be a lifesaver for you. If you are interested in finding out more about Outlook 365 or any other Microsoft 365 apps. E-Yantra is always available to help you out. Contact us today at 086381 45852 or email ravi@eyantra.net.in.

More info

In Microsoft 365, “OLK” refers to a suite of versatile email and productivity applications.  for Windows and Mac offers robust email management, calendars, contacts, and task tracking. Olk on the Web (OWA) provides a browser-based interface for access from any device. Additionally, mobile apps cater to on-the-go email and scheduling needs on iOS and Android. These olk variations ensure seamless communication, organization, and collaboration, with tailored solutions for desktops, web browsers, and mobile devices, making it a central hub for efficient communication and productivity within the Microsoft 365 ecosystem.

More about Outlook

What is Microsoft Azure ?

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Microsoft Azure offers numerous services, which is why its use cases are extremely diverse. In this article, we have discussed what is Microsoft Azure? What is Microsoft Azure used for? Its features and why to use it?

So, let’s deep dive into the article and find out about the various cases in which Microsoft Azure is used.

What is Microsoft Azure?

Before discussing Microsoft Azure’s use cases let’s first understand what is Microsoft Azure.

Microsoft Azure formerly Windows Azure, is Microsoft’s public cloud computing platform. It offers cloud services like computing, analytics, storage, and networking. Users can pick from these services to develop and scale their new or existing applications.

Azure charges on a pay-as-you-go basis, which means that Microsoft charges subscribers each month for the specific resources they used. You can calculate your cost before purchasing Azure services. Visit Azure Pricing Calculator to find out your pricing.

What is the type of Cloud is Microsoft Azure ?

Microsoft Azure is a public cloud computing platform. Microsoft owns and manages all hardware, software, and other supporting infrastructure as a public cloud provider. You can access these services and manage your account using a web browser.

What are the 5 features of Microsoft Azure ?

Below are some of the features of Microsoft azure

  1. Infrastructure as a Service (IaaS)
  2. Strong Support in Analytics
  3. Enhance Existing IT Support
  4. Unique Storage System
  5. Enhanced Scalability
  6. Enhanced Flexibility
Microsoft Azure

What is Microsoft Azure used for?

Now that you know about Azure and its features, you might be interested in knowing what  Azure is used for.

  1. Compute: You can deploy and manage VMs, containers, and batch jobs, as well as support remote application access.
  2. Mobile: You can build cloud applications for mobile devices.
  3. Web: You can develop and deploy web applications in the cloud.
  4. Storage: You can use Azure for storage also. It provides scalable cloud storage for structured and unstructured data.
  5. Analytics: You can use Azure for distributed analytics and storage, real-time analytics, big data analytics, data lakes, machine learning, business intelligence, the internet of things, data streams, and data warehousing.
  6. Networking: You can use Azure for virtual networks, dedicated connection and gateways, traffic management and diagnostics, load balancing, DNS hosting, and network protection against distributed denial-of-service (DDoS) attacks.
  7. Media and Content Delivery Network (CDN): You can use Azure for on-demand streaming, digital rights protection, encoding and media playback, and indexing.
  8. Integration: You can use Azure for server backup, site recovery, and connecting private and public clouds.
  9. Identity: Azure helps in protecting encryption keys and other sensitive information in the cloud.
  10. Internet of things: With Azu you can capture, monitor, and analyze IoT data from sensors, and other devices.
  11. DevOps: With Azure, you can facilitate software development processes. You can do application diagnostics, DevOps tool integrations, and tests labs for build tests and experimentation.
  12. Development: With the Azure application developers can share code, test applications, and track potential issues.
  13. Security: Azure can also provide capabilities to identify and respond to cloud security threats, as well as manage encryption keys and other sensitive assets.
  14. Artificial Intelligence and Machine Learning: A developer can use Azure to infuse artificial intelligence, machine learning, and cognitive computing capabilities into applications and data sets.
  15. Containers: Azure also helps enterprises create, register, orchestrate and manage the huge volume of containers, using common platforms such as Docker and Kubernetes.
  16. Databases: Azure offers Databases as a Service (DBaaS) for SQL and NoSQL, as well as other database instances. Azure helps in Azure SQL Data Warehouse Support, caching, and hybrid database integration and migration. Azure SQL is a relational database so you can use SQL functionality without the need for deploying a SQL server.
  17. Migration: With the help of Azure an organization can estimate workload migration costs and perform the actual migration of workloads from local data centers to the Azure cloud.
  18. Management and Governance: Azure provides a range of backup, recovery, compliance, automation, scheduling, and monitoring tools that can help a cloud administrator manage an Azure deployment.
  19. Mixed Reality: Azure can also help developers to create content for the Windows Mixed Reality environment.
  20. Blockchain: Azure can also help you to join a blockchain consortium or to create your own.
  21. Intune: An organization can use Microsoft Intune of Azure to enroll user devices, thereby making it possible to push security policies and mobile apps to those devices. Intune can also help in tracking which apps are being used. An organization can also use the remote wipe feature of Intune if they want to securely remove the organization’s data from devices without removing a user’s mobile app.

Why Microsoft Azure

Now that we have discussed various use cases of  Azure let’s find out some points why you should choose  Azure over its competitors?

  1. Regional Availability
  2. Cost Savings
  3. Better Platform as a Service Option
  4. Compatible with .NET Framework
  5. Consistency in a Hybrid Environment
  6. Compliance and Security

If you want more clarity about the above points you can refer to our article on  Azure vs AWS.

What type of vendor is Microsoft Azure

As we discussed  Azure is a Public Cloud Vendor that offers over 200 services that are available over the internet.

Conclusion

 Azure is undoubtedly the fastest growing cloud computing platform with its 200+ services and numerous benefits. You can visit our page Microsoft Azure Cloud for more info about Microsoft Azure.

If you are interested in finding out more about  Azure, E-Yantra is always available to help you out. Contact us today at 086381 45852 or email ravi@eyantra.net.in

 

 

Azure SQL Database

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The Azure SQL Database is a managed version of Microsoft SQL Server, which is widely used. For operating SQL Server in the cloud, Azure offers a variety of database solutions, ranging from a solo database deployed to an Azure VM to an elastic pool of databases with automated scaling to a managed instance with Azure-managed infrastructure. 

What Is Azure SQL Database?

Azure SQL

Azure SQL Database is a database-as-a-service (DaaS) that Azure provides. It allows you to set up a SQL database without having to bother about software or hardware setup. Key features of the service include: 

  • Long-term backup retention; backups can be kept for up to ten years.
  • Data geo-replication for disaster recovery and data loss avoidance.
  • Performance tweaking options that are automated to help you get the most out of your resources.
  • High availability decreases the risk of service interruptions.
SQL Server

Azure SQL Services: Deployment Models for Running SQL Server on the Cloud

Three deployment models are available for Azure SQL:

1. Single Database—a single database hosted on an Azure virtual machine and administered by a SQL Database server.This is the simplest deployment method.

2. Elastic Pool—a collection of linked databases that pool resources.

3. Managed Instance—a database instance that is fully managed.

It’s designed to make transferring on-premises SQL databases as painless as possible.

You have three service tiers to choose from in these deployments:

1. General Purpose—created to handle common workloads. This is the standard tier.

2. Business Critical—designed for online transactional processing (OLTP) applications with high throughput.It has a high level of resiliency and low latency.

3. Hyperscal–which is a step up from Business Critical.

It’s built for large-scale OLTP deployments and supports compute and storage auto-scaling. In your deployment, you can also choose from two compute models:

1. Provisioned—the Azure SQL service uses Azure resources devoted to your database.

2. Serverless database—your database is a serverless component. Your compute volumes can be auto-scaled and are billed per second.

Top 5 benefits of SQL database in Azure


1.  Lowering costs

Making the switch from capital to operational expenses. One of the most noticeable advantages of switching to the Azure DBaaS architecture is that you won’t have to spend as much money on pricey onsite hardware. Rather, you can consider the costs of your Azure database as a continuous operational expenditure. This is beneficial for both cash flow and budgeting. Furthermore, depreciation, obsolescence, replacement, and other financial considerations associated with capital assets and expenditures are no longer a concern. There are other ways to save money on software.

As part of the increasing Azure Hybrid Use Benefit, the Azure team recently announced that Microsoft SQL Server licence users will be able to extend their software licences to the cloud in many circumstances.

2. Improved performance and scalability.

By design, DBaaS is a highly flexible and scalable model. You may instantly spin up more instances to address traffic surges, seasonal ebbs and flows, or a fast developing site, app, or service, unlike with physical hardware.There are a few ways to get around database limits.The size of the SQL database you’re moving to the cloud is an important factor to consider.The maximum single-database storage size in Azure is now 1 to 4 TB, depending on region. However, by splitting much of your data among a number of instances, or shards, you may quickly grow your cloud solution beyond this limit. Many database administrators suggest this method nevertheless because it can considerably improve scalability.

3. Security is exceptional.

DBaaS is frequently the best solution for rapid development scenarios, testing environments, proof-of-concepts, and business continuity and disaster recovery due to its potential for rapid provisioning and reduced time-to-market (BCDR).As a result, if you have extremely sensitive data and security is a top priority, you might wish to start with the Azure cloud model on these fronts.However, as the DBaaS model matures, it’s quickly becoming a competitive, if not preferred, solution for many production scenarios that deal with critical data.Many enterprises can benefit from Azure’s enterprise-class security capabilities, including as network firewalls, complex access controls, timely security patches/updates, and both at-rest and in-transit encryption.

4. Streamlined database administration.

Using the Azure DBaaS platform exclusively will have a major and long-term impact on your database administration requirements.However, it would be a mistake to assume that after your database has been successfully moved to the cloud, you would no longer require a DBA to oversee and maintain it. A DBA will only be required for a smaller but equally important set of activities.Depending on whether you’re making a total or partial move to the cloud, you might not need a DBA to set up and configure your on-premises hardware, manage traditional backup and recovery, or handle any of the other chores that come with an on-premises setup.

5. Continuity of business and disaster recovery (BCDR).

There are a number of tempting solutions if you aren’t ready to fully migrate to the Azure cloud but want to take the first steps.Utilizing the Azure DBaaS model as a supplement to, rather than a substitute for, your existing on-premises hardware is one of the most often used early cloud adoption tactics.When your traffic surpasses the capacity of your local hardware, your BCDR approach can automatically activate your duplicate cloud database.When your onsite hardware fails, Azure Site Recovery (ASR) is a particularly elegant alternative for seamlessly shifting your traffic to the cloud.ASR redirects traffic back to your onsite hardware as soon as power and services are restored on s


Microsoft Azure vs AWS

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Azure Vs Aws

When it comes to cloud computing,  Azure Vs Aws are unrivaled. They are the Titans in this space, and while Google catches up, the battle royale is currently between these two titans. Why would you choose Azure over AWS when there are two good alternatives?

Azure Vs AWS

Azure Vs Aws – Why would you choose Azure over AWS when there are two strong contenders?

Azure, to be clear, is a newcomer to the scene. Azure was launched in 2010, several years after Amazon Web Services (AWS) launched in 2006. Despite the delayed debut, Azure has made significant progress and now outperforms AWS in terms of capability. Azure has a significant advantage over AWS in the struggle for cloud platform supremacy in the following areas: 

Regional Availability 

It’s critical to have the correct data center in the right region for your projects or clients. Azure is the market leader in providing worldwide data center alternatives, with 42 regions. Microsoft Azure, on the other hand, isn’t satisfied with their existing position as the industry leader .It  has prioritised global data center region expansion in order to stay ahead of the competition, ensuring that the data center you require is placed in the appropriate region for your project. . 

 

Hybrid Cloud with Consistency 

Azure has unrivalled hybrid capabilities, which distinguishes it from many other popular cloud service providers.It facilitates easy mobility and a reliable consistent platform between on-premises and public Cloud to the Azure Users. However, it provides a broader range of hybrid connections including Site to Site, point to site, and ExpressRoute connections to improve usability and performance.

 

 

Options for Developers 

With Azure, developers can get from concept to final product in a matter of days. The speed is due to the many baked-in features of Azure such as Infrastructure as a Service(IaaS), Software as a Service (SaaS), and Platform as a Service(PaaS). These “as a Service” offerings allow developers to be more productive and cost-efficient. When efficiency improves, ROI improves as well.

Azure supports developers with even more. 

  • 100+ services 
  • Application delivery 
  • Agile development practices 
  • Management experiences 
  • Use of any development tool
  • Open source project support 
  • Development intelligence – Blockchain as a Service, machine learning, cognitive APIs etc

The Top Five Reasons to Choose Azure Vs AWS

Azure Vs AWS

Cost Savings

The majority of enterprise-level organisations utilise Microsoft products and are covered by a Microsoft Enterprise Agreement. As a result of this agreement, the company benefits from bulk licence discounts and, in general, a price reduction on Azure.. 

Better Platform as a Service Options

AWS and Azure are equivalent in terms of Infrastructure as a Service capacity . When both are compared on the basis of their Platform as a Service offerings, however, the equivalence is broken.   Microsoft Azure cloud is far ahead of the competition when it comes to giving app developers what they want. Azure has PaaS down to a science, from tools to environment and administration options. Because Microsoft Azure  spends so much time perfecting its PaaS, it gives developers the freedom to experiment while building and delivering cloud services.

Compatible with .Net Framework

 One of the reasons Azure beats out AWS in the cloud gladiatorial ring is its compliance with the programming language. Net. As a result, The .NET framework  used in the creation of both old and new applications, and internet compatibility is essential. Businesses at the enterprise level may relocate. You can easily and quickly migrate your on-premises apps to Azure. Compatible with the internet.

Consistency in a Hybrid Environment

Hybrid consistency is a fundamental differential between AWS and Azure. If you choose Azure for your hybrid cloud needs, you can get started right now. If you choose AWS, you may have to wait a while, and whenever AWS releases an option, there may be a period of “ironing out the problems

Compliance & Security

Azure provides an environment that allows the user to utilize the language, framework, and third-party applications they are most familiar with. This integrated environment allows for the perfect space in which users can  create, test, and deploy cloud-based applications. The Platform as a Service that Azure provides combining the devices, applications, partners, and data that an enterprise-class company needs and making them available locally and in the cloud. 

 

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AZURE

AWS