Azure DevOps Training in Hyderabad with Hands-On Experience

If you're looking to upskill in the field of software development and deployment, Azure DevOps training in Hyderabad is an excellent choice.

In Hyderabad, you can expect to learn from experienced instructors who have hands-on experience with Azure DevOps. They will guide you through the entire process, from setting up your environment to deploying your code.

With Azure DevOps, you can streamline your development workflow and improve collaboration with your team. The platform offers a range of features, including agile project planning, continuous integration, and continuous deployment.

The training program in Hyderabad typically includes a mix of theoretical and practical sessions, allowing you to gain a deeper understanding of Azure DevOps concepts.

If you're looking to learn Azure DevOps in Hyderabad, you'll be pleased to know that there are experienced trainers available who have vast experience in working with Azure DevOps and its concepts. They'll guide you through the basics and advanced concepts, ensuring you gain a solid understanding of the subject.

The curriculum for Azure DevOps training is designed to equip you with the required skills to perform real-time day-to-day on-job activities. It includes topics such as Introduction to DevOps, Overview of DevOps Tools, Legacy system before DevOps, and DevOps Lifecycle.

Here's a breakdown of the default concepts provided as an outline of the Azure DevOps Course Curriculum:

These concepts are just the beginning, as the curriculum also covers topics such as User Management, Package Management, Backup and Recovery, File Permissions, and more.

Some of the key topics covered in the Azure DevOps training curriculum include:

These topics are just a few examples of what you can expect to learn in an Azure DevOps training program in Hyderabad. With a comprehensive curriculum and experienced trainers, you'll be well on your way to becoming proficient in Azure DevOps.

Configuring and Managing Azure Resources is a crucial aspect of Azure DevOps. You can deploy virtual machines in the Azure portal or using Azure CLI to manage them efficiently.

To manage Azure Virtual Machine storage, you need to understand Availability sets, Fault Domain & Update. This ensures high availability and scalability of your virtual machines.

You can create and place virtual machines in availability sets using the Azure portal or Azure CLI. This helps distribute your virtual machines across different fault domains and update domains, reducing the risk of data loss or downtime.

Here's a summary of the key concepts:

Configuring and managing Azure services requires a solid understanding of the administration services. Azure Administration Services encompass several key areas.

Cloud Regions and Availability zones are crucial for data center management. This involves setting up and configuring data centers across different regions to ensure high availability and redundancy.

Azure account creation can be done through the portal or dev environment. This allows users to access and manage their Azure resources.

MicrosoG Entra ID, which is essentially Azure Active Directory, plays a vital role in identity and access management. It enables secure authentication and authorization for users and applications.

Containerization is a game-changer for managing applications. It allows you to package your code and dependencies into a single container, which can be easily deployed and managed.

Docker is a popular containerization tool that makes it easy to create and manage containers. Docker Engine is the core component of Docker, and it's available for installation on various platforms.

The Docker Engine architecture is designed to be scalable and secure. Containers are isolated from each other and from the host system, making it difficult for malware to spread.

Containers are created from images, which are essentially templates that define the application and its dependencies. You can build custom images using Dockerfiles, which specify the instructions for creating the image.

Storage is a critical aspect of containerization, and Docker provides several options for storing and managing data. You can use volumes, bind mounts, or Docker's built-in storage drivers.

Docker Compose is a tool that makes it easy to manage multiple containers and their dependencies. It allows you to define the services and their relationships in a YAML file.

Security is a top concern when it comes to containerization. Docker provides several tools and best practices to help you secure your containers, including Docker Bench for Security (CIS) and Trivy, an image vulnerability scan tool.

Here's a quick rundown of the key containerization tools and concepts:

Configuring and Managing Ops involves understanding the basics of Azure Pipelines, which is a crucial aspect of DevOps.

Azure Pipelines are a fundamental part of Azure DevOps, and they're used to automate the build, test, and deployment of software.

CI with Azure Repos is a key feature of Azure Pipelines, allowing you to integrate your code repository with your pipeline for seamless automation.

You can also use Self-hosted agents with Azure Pipelines, which gives you more control over the environment in which your pipeline runs.

Azure Pipelines also supports RBAC (Pipeline access control), which allows you to control who can view and edit your pipelines.

Here are some key concepts to consider when configuring and managing Ops:

Understanding these concepts will help you effectively configure and manage your Ops, ensuring smooth and efficient automation of your software development process.

Configuring Virtual Machines is a crucial step in setting up your infrastructure. You can deploy virtual machines in the Azure portal, which is a user-friendly interface, or using Azure CLI, which is a command-line interface for more advanced users.

To manage virtual machine storage, you need to understand the different types of storage available. In Azure, you can use OS disk and Data disk, which are used for storing the operating system and data respectively.

Availability sets, Fault Domain, and Update are important concepts to understand when configuring virtual machines. Availability sets ensure high availability, Fault Domain provides redundancy, and Update allows for rolling updates.

When creating virtual machines, you need to consider the availability of your infrastructure. You can create and place virtual machines in availability sets to ensure high availability.

Here are the different steps involved in configuring virtual machines:

Configuring a standard Load Balancer in Azure is a straightforward process that involves creating a backend pool and assigning virtual machines to it. You can create a standard Load Balancer by following the steps outlined in Example 1.

To create a standard Load Balancer, you'll need to create a backend pool and assign all three virtual machines to it. This can be done by creating a new Load Balancer and then creating a backend pool, as shown in Example 1.

Here's a step-by-step guide to creating a standard Load Balancer:

You can also use the Azure portal to create a standard Load Balancer. To do this, follow these steps:

1. Go to the Azure portal and navigate to the Load Balancers section

2. Click on "Create" to create a new Load Balancer

3. Fill in the required details, including the name, region, and resource group

4. Click on "Create" to create the Load Balancer

By following these steps, you can create a standard Load Balancer in Azure and start distributing traffic across your virtual machines.

To configure Auto Scaling with Virtual Machine Scale Sets (VMSS), you need to understand Azure VMSS. Azure VMSS allows you to create and manage a set of virtual machines as a single resource.

Creating an Azure VM Image forms is a crucial step in setting up VMSS. This involves creating a custom image that can be used to deploy VMs.

To deploy VMSS with the custom image, you can use the Azure portal or Azure CLI. You'll need to specify the image, instance size, and other settings.

Performing stress testing on the VMSS is essential to ensure that your Auto Scaling configuration works as expected. This involves simulating a high load on your VMs to test their scalability.

Here's a step-by-step guide to check Auto Scaling of VMs under stress testing:

Planning and implementation are crucial steps in Azure DevOps. You'll need to create an Azure Storage account to store and manage your data.

To get started, you should understand the basics of Azure Storage, including Blob Storage and File Shares. Blob Storage is ideal for storing unstructured data, while File Shares are better suited for structured data. Azure File Sync is also a useful feature for synchronizing files across different locations.

Here are some key features to consider when planning and implementing Azure Storage:

Load Balancing Design and Implementation is a crucial step in ensuring the scalability and reliability of your application. This involves distributing incoming network traffic across multiple servers to improve responsiveness, reliability, and overall user experience.

You can choose from two types of Load Balancers in Azure: Basic and Standard. The Basic Load Balancer is a cost-effective option, while the Standard Load Balancer offers more features and scalability.

To deploy a Basic Load Balancer, you need to create a backend pool, health probes, and load balancing rules. This allows you to distribute traffic across multiple servers and ensure that only healthy servers are selected.

Here are the key components of a Load Balancing setup:

In Azure, you can also create Availability Sets to ensure that your application remains available even in case of server failures. By placing multiple servers in different Availability Sets, you can ensure that your application remains up and running even if one set of servers goes down.

To implement Load Balancing, you can use Azure's built-in features, such as NAT (Network Address Translation) using a Basic Load Balancer. This allows you to map multiple public IP addresses to a single private IP address, improving security and reducing costs.

When designing your Load Balancing setup, consider the type of traffic you expect and the scalability requirements of your application. By choosing the right Load Balancer and configuring it correctly, you can ensure that your application remains responsive and reliable, even under heavy loads.

Planning and implementing Azure services requires a clear understanding of the various components involved. You can start by planning and implementing Azure Storage, which involves creating an Azure Storage account overview and understanding Blob Storage and File Shares.

To configure Azure File Sync, you'll need to follow a series of steps. Data migration using Azure Storage Explorer is also a crucial part of this process. Managing Azure Storage permissions is essential to ensure secure access to your storage resources.

Here's a list of key components to consider when planning and implementing Azure Storage:

Implementing Azure App Services involves creating an Azure Web Apps overview, deploying and managing Web Apps, and configuring Azure App Service plans. Azure Deployment slots and Azure Web Apps for scale and resilience are also important considerations.

If you're looking to implement Azure Active Directory, you'll need to understand Azure Domain services, Azure Active Directory overview, and deploy and configure Active Directory. Creating and managing users and groups, extending on-premise Active Directory to Azure, and configuring Azure AD Connect are also essential steps.

In addition to these components, it's also important to consider Azure Administration Services, which includes Cloud Regions and Availability zones (Data Centers) and Azure account creation (portal and dev).

Our course fees for Azure DevOps Training are very affordable with no extra charge.

This means you can focus on learning without breaking the bank.

You can expect to pay a reasonable fee for our training program.

Our pricing is transparent and straightforward, with no hidden costs or surprises.

This allows you to plan your budget with confidence and make the most of your investment in Azure DevOps Training.

In the current market, a significant shift towards digitalization is taking place, with 70% of companies investing in digital transformation.

This trend is driven by the need for increased efficiency and productivity, as seen in the example of XYZ Corporation, which reduced its processing time by 50% after implementing a new digital system.

The rise of e-commerce has also contributed to this trend, with online sales projected to reach $4.9 trillion by 2023.

As a result, businesses are adapting to meet the changing needs of their customers, with 80% of companies now offering some form of digital service.

The key to success in this market is staying agile and adaptable, as seen in the example of ABC Startup, which quickly pivoted its business model to capitalize on a new market opportunity.

In Azure DevOps, diagnostics and monitoring are crucial for understanding how your application is performing. You can configure diagnostics and monitoring in Azure Monitor.

To start, you need to know the difference between metrics and logs. Metrics provide a snapshot of your application's performance at a particular point in time, while logs provide a detailed record of all events that have occurred.

To configure diagnostics and monitoring, you'll need to set up Azure Monitoring and alert configuration. This will allow you to track key performance indicators (KPIs) and receive alerts when something goes wrong.

You can also configure log analytics to gain deeper insights into your application's behavior. This will help you identify trends and patterns that can inform your development and deployment decisions.

To get started with diagnostics and monitoring, here are the key steps:

These two components work together to provide a comprehensive view of your application's performance and behavior. By configuring them correctly, you can ensure that your application is running smoothly and efficiently.

Azure DevOps training in Hyderabad offers numerous benefits, including flexible programming language support, high functionality, and scalability. It's highly dependable with a global market exposure and SLA assistance.

If you're looking to get certified, you'll need to pass the AZ-400 exam to earn the Azure DevOps Engineer certification. This certification is designed for DevOps experts who bring together people, processes, and technologies to create valuable services and solutions.

Here are some associate-level Microsoft Azure certifications you can pursue:

DevOps professionals are offered high packages with incentive and other perks based on their skills and experience. With companies preferring skilled DevOps candidates, there are plenty of job opportunities across the globe.

Learning with V Cube Software Solutions offers numerous benefits that can take your career to the next level. Our trainers have over 15 years of experience working in top MNC organizations.

You'll gain hands-on experience by working on two real-world projects, which is essential for practical application of DevOps skills. This approach ensures that you're job-ready and confident in your abilities.

Our instructors lead the Azure DevOps online course with the goal of providing a solid understanding of how to utilize DevOps to explore and analyze data. You'll learn how to manage Azure subscriptions, create diagnostic settings, and more.

Here are some key benefits of learning with V Cube Software Solutions:

By choosing V Cube Software Solutions, you'll be well on your way to a successful career in DevOps. Our job-oriented training and career guidance programs will help you achieve your goals.

Getting certified can give you a competitive edge in the job market, especially when applying for jobs in multinational corporations (MNCs). Employers are looking for the right skills to fill DevOps positions, and certification can prove your credibility.

To stand out from the competition, consider getting certified in DevOps. DevOps certification is an add-on that showcases your proven abilities in handling DevOps concepts approved by the authorities.

There are various certifications available, including the Azure DevOps Engineer certification, which requires passing the AZ-400 exam. This certification is designed for DevOps experts who bring together people, processes, and technologies to create valuable services and solutions.

Some examples of Associate-Level Microsoft Azure Certifications include:

Having a certification can open up job opportunities across the globe, with companies preferring skilled DevOps candidates.