Windows Server on EC2

Windows Server on EC2 – Taking Your Windows Server to the Cloud

Are you tired of managing your Windows Server environment on-premises? Say hello to the cloud! Cloud computing has revolutionized how businesses of all sizes meet their computing needs, and now you have multiple options to host your Windows Server environment. This article will compare two major cloud platforms – Amazon Web Services (AWS) EC2 and Microsoft Azure – widely used for Windows Server hosting. So, buckle up, and let’s explore the world of cloud computing and choose the best platform for your business!

Overview of hosting Windows Server in the cloud.

Hosting your Windows Server in the cloud offers a world of possibilities! One of the most significant benefits is scalability. With cloud computing, you can quickly add or remove computing resources as your business grows or your needs change without worrying about the physical limitations of your data centers. In addition, hosting Windows Server in the cloud can lead to cost savings, increased security, greater flexibility, and easier management.

A brief explanation of Windows Server hosting alternatives.

There are several alternatives to consider when hosting Windows Server workloads. Some common alternatives are

  1. Microsoft Azure: As a Microsoft product, Azure offers various services and tools for hosting Windows Server workloads. It supports multiple programming languages and tools like .NET, Visual Studio, and PowerShell. It integrates seamlessly with other Microsoft products and services, providing a comprehensive ecosystem for Windows Server workloads.
  2. Amazon Web Services (AWS): Popular cloud provider with various services and tools for hosting Windows Server workloads, including pre-configured Amazon Machine Images (AMIs) and a large ecosystem of third-party tools and services.
  3. Google Cloud Platform (GCP): Provides various services and tools for hosting Windows Server workloads, including support for various programming languages and integrations with various Google products and services, including Google Cloud Storage and BigQuery.
  4. IBM Cloud: Offers various services and tools for hosting Windows Server workloads, including integrating other IBM products and services such as Watson AI and Blockchain. IBM Cloud also supports various deployment options.
  5. Oracle Cloud Infrastructure (Gen 2): High-performance, highly available infrastructure for hosting Windows Server workloads with support for various programming languages and tools for managing and deploying workloads.
  6. Alibaba Cloud: Alibaba Cloud offers a scalable and flexible infrastructure for hosting Windows Server workloads with support for multiple programming languages and services like Elastic Compute Service (ECS) and Object Storage Service (OSS).
  7. Tencent Cloud: Tencent Cloud offers services and tools to host Windows Server workloads, supporting multiple programming languages and integrating with other Tencent products and services.
  8. vCloud Air: Highly available infrastructure for hosting Windows Server workloads with support for various programming languages and integration with other VMware products and services.

Each option has unique benefits and considerations, and businesses should carefully evaluate their needs before deciding. However, this article will focus on EC2 and Azure, two of the most popular cloud Windows server hosting options.

Windows Server on EC2

Amazon Web Services (AWS) Elastic Compute Cloud EC2 is a top choice for businesses looking to optimize their Windows Server workloads. Amazon Web Services (AWS) Elastic Compute Cloud (EC2) facilitates a scalable and reliable infrastructure that simplifies your Windows Server instance’s deployment, management, and scaling. With various pre-configured Amazon Machine Images (AMIs) available for Windows Server versions, such as the newest Windows Server 2019, you can enjoy the benefits of an up-to-date and secure environment without worrying about maintenance.

AWS provides tools and services, including IAM, AWS Directory Service, and Elastic Beanstalk, designed for Windows workloads running on EC2. Additionally, you can choose from flexible licensing options, such as bringing your license or an AWS-provided license, giving you control over licensing costs.

Benefits of hosting Windows Server on EC2

Here are some benefits of hosting Windows Server on EC2:

  • Scalability: EC2 allows for easy scaling of resources as your workload grows or changes.
  • Flexibility: EC2 offers a variety of instance types and sizes that are customizable to meet specific performance and capacity requirements.
  • Reliability: EC2 provides availability and reliability through its fault-tolerant architecture and multiple availability zones.
  • Integration: EC2 integrates with a wide range of other Amazon Web Services (AWS) tools, making it easy to manage all your AWS applications in one place.
  • Security: EC2 provides a range of security features, such as encryption, network isolation, and identity and access management, to keep your instances and data secure.

Deploying a Windows Server instance on EC2.

Creating a windows server instance on EC2 includes the following steps.

Login to AWS.

To start the process, you need to have an AWS account. If you already have one, log in to your AWS account using your login credentials.

Launch EC2 Instance Wizard.

After logging in to your AWS account, you will see the AWS Management Console. Click on the “EC2” link in the console to navigate to the EC2 service.

Click the “Launch Instance” button to launch the EC2 Instance Wizard. You can launch an instance from an existing template, such as AWS Marketplace or your custom Amazon Machine Image (AMI).

Amazon Machine Image (AMI).

An Amazon Machine Image (AMI) is a pre-configured virtual machine image that includes a specific operating system, software, and configuration settings. AWS offers a range of pre-configured AMIs for various Windows Server versions, including the latest security updates and patches. You can also create a custom AMI with your preferred software and configurations.

In the EC2 Instance Wizard, you can search for and select the AMI you want to use for your Windows Server instance. You can filter the AMIs by region, owner, or other criteria.

Additionally, you can choose between different AMI types, such as Amazon Linux, Windows, Ubuntu, and others.

Choose an Instance Type.

AWS offers various instance types with unique CPU, memory, storage, and networking resource combinations. You should select an instance type that meets your performance and capacity requirements.

Additionally, you can choose Spot VMs for cost-effective unused capacity or Dedicated Instances to meet compliance needs.

In the EC2 Instance Wizard, you can choose an instance type that best suits your needs. You can filter the instance types by family, vCPU, memory, storage, and network performance. You can also compare the features and pricing of different instance types to make an informed decision.

Configure Instance Details.

Customise your Windows Server instance on AWS by configuring network settings, storage options, and multiple instances. You can control inbound/outbound traffic with security groups and use Amazon Elastic Block Store (EBS) for persistent storage or Amazon Elastic File System (EFS) for shared file storage.

In the EC2 Instance Wizard, you can configure the instance details, including instances, VPC settings, subnet, IAM role, user data, more storage, additional EBS volumes, and configure instance metadata.

Add Tags.

Adding tags to your instance can help you organise and manage your resources. You can add tags with information such as the owner, department, or project name. You can use AWS Resource Groups to create custom groups of resources based on tags, making it easier to manage and monitor your Windows Server environment.

In the EC2 Instance Wizard, you can add tags to your instance. You can add tags to other AWS resources, such as EBS volumes, network interfaces, and security groups.

Key Pair.

Select from pre-existing key pairs or generate a new one to establish a secure connection with your Windows Server instance. AWS provides a range of security features to guarantee the safety of your instances and data. You can utilise AWS Certificate Manager to request and manage SSL/TLS certificates for your domain names.

Launch the Instance.

After reviewing the details of your instance and making any necessary changes, you can launch the instance by clicking on the “Launch Instance” button.

Once the Windows Server instance is launched, you can connect using RDP or other remote access tools. You can also install and configure any required software and services depending on the intended use of the instance. AWS provides various tools and services to help you manage and monitor your Windows Server environment, including AWS Systems Manager, AWS CloudTrail, and Amazon CloudWatch.

Overview of EC2’s features and tools for Windows Server hosting.

Let’s take an overview of the features and tools of EC2.


  • Windows Server support with multiple versions.
  • Compatibility with a wide range of Microsoft applications and services.
  • Integration with other AWS services, such as S3, RDS, and EBS.


  • Amazon CloudWatch for monitoring and logging.
  • AWS Systems Manager for managing and automating tasks.
  • Amazon Elastic Block Store (EBS) has various performance and durability options for block-level storage.
  • Amazon Relational Database Service (RDS) for managed database services.

Pricing options for Windows Server on EC2.

Regarding pricing options for Windows Server on EC2, several factors exist, such as the instance type, region, and usage. Here are some pricing options:

  • On-Demand Instances: Pay-as-you-go pricing is charged hourly based on the instance type, region, and usage.
  • Reserved Instances: Reserve capacity for 1-3 years for significant cost savings, with upfront payment varying by instance type, region, and term length.
  • Spot Instances: Bid on the unused capacity for potentially lower prices than On-Demand Instances, with pricing fluctuating based on supply and demand.
  • Dedicated Hosts: Provide an entire physical server for instances, offering more control and flexibility at a higher cost.

Windows Server on Azure.

Microsoft Azure is a leading contender in the cloud platform arena. Azure offers tailored features and tools to support Windows Server hosting. Windows Server applications can be effortlessly hosted on Azure, utilising advanced security and compliance capabilities while ensuring seamless hybrid cloud connectivity. Azure is highly interoperable with other Microsoft services, including Azure Active Directory, SQL Server, and System Center.

Businesses of all sizes can opt for flexible licensing options to customise their Windows Server experience on Azure. Moreover, with cost savings, improved scalability, and increased availability, Azure provides businesses with optimal Windows Server workload management capabilities.

The benefits of hosting Windows Server on Azure.

Azure offers several benefits for hosting Windows Server in the cloud.

  • Scalability: Azure allows you to scale up or down your resources as needed, making it easy to handle sudden increases or decreases in traffic.
  • Integration: Azure integrates with other Microsoft tools, such as Office 365 and Dynamics 365, making it easier to manage all Microsoft applications in one place.
  • Flexibility: Azure provides a range of virtual machine sizes and types to meet your specific performance and capacity needs.
  • Hybrid Cloud: Azure offers hybrid cloud capabilities, enabling you to run your applications on both on-premises and cloud infrastructure.
  • Reliability: Azure provides high availability and reliability through its global data center network and service level agreements.

Deploying a Windows Server instance on Azure.

Here are the steps to create a Windows Server instance on Azure:

Login to your Azure Portal.

The first step is to log in to your Azure Portal to deploy a Windows Server instance on Azure. You can access the Azure Portal through a web browser or Azure CLI, PowerShell, or Azure Mobile App. Once logged in, you will see your dashboard, which overviews your resources, services, and activity logs.

Create a resource.

Click the “Create a resource” button to create a new resource. It will open the Azure Marketplace, a catalog of services, applications, and solutions you can deploy on Azure. From here, you can search for the Windows Server image or template you want to use.

Search for Windows Server.

In the Azure Marketplace search bar, type “Windows Server” and press enter. It will display a list of available Windows Server versions, such as Windows Server 2019 or Windows Server 2016. You can choose the version that best suits your needs based on compatibility, performance, and features.

Select Version.

Once you have identified the version of Windows Server you want to use, click the “Create” button to continue. It will take you to the deployment page, where you can configure the instance settings.

Configure the instance.

In this step, you need to configure the basic settings for your Windows Server instance, such as the resource group, the location, and the name. The resource group is a logical container for your resources, while the location determines the physical region where you will deploy your instance. You also need to choose the type of storage you want to use for your VM, such as Standard HDD, Standard SSD, or Premium SSD.

Setup Virtual Machine.

In this step, you must set up your virtual machine instance by selecting the appropriate VM size and configuring the networking settings. Azure offers a variety of VM sizes that differ in CPU, memory, and storage capacity. You can also configure the network settings, such as the virtual network, subnet, and network security group, to control the inbound and outbound traffic.

Create Admin Account.

In this step, you need to create an admin account that you will use to access your Windows Server instance. You can choose the username and password or use an SSH public key. You can also configure the boot diagnostics, which enable you to troubleshoot the boot issues and capture the screenshot of your VM.

Review and create.

In this step, you must review your Windows Server instance’s configuration settings and ensure everything is correct. Once you have verified all the settings, click the “Create” button to start the deployment process. Azure will validate the settings, create the resources, and provision the VM. This process may take a few minutes, depending on the size and complexity of your deployment.

Create Instance.

After deployment, your Windows Server instance will be ready for use. Depending on your preference, you can access your instance through RDP or SSH. You can also customise your instance by installing applications, configuring settings, and creating data disks. Additionally, you can monitor your instance’s performance, availability, and security using Azure Monitor, Azure Security Center, and other Azure services.

Connect to the instance.

You must use RDP or SSH client to connect to your Windows Server instance. If you are using Windows, you can use the Remote Desktop Connection app, which is pre-installed on most versions of Windows. If you use Linux or macOS, you can use the SSH client, which is typically available through the terminal or command prompt. Once you have launched the RDP or SSH client, you need to enter the IP address or hostname of your Windows Server instance and the credentials of the admin account you created earlier. It will allow you to access your instance’s desktop or command-line interface and perform tasks such as installing software, configuring settings, and managing files.

Overview of Azure’s features and tools for Windows Server hosting.

Let’s talk about the features and tools of Azure.


  • Multiple versions of Windows Server support
  • Compatibility with a wide range of Microsoft applications and services
  • Virtual network capabilities for secure resource connection
  • Hybrid identity services for on-premises Active Directory integration


  • Azure Monitor for monitoring and logging.
  • Azure Resource Manager for managing and automating tasks.
  • Azure Active Directory for access control.
  • Azure Storage for various storage options.
  • Azure SQL Database for managed database services

Pricing options for Windows Server on Azure.

Azure provides various pricing options for businesses that want to run Windows Server in the cloud. Here are the main pricing options:

  • Pay-as-you-go: Charges businesses based on usage, allowing flexibility to scale up or down and pay only for what they use.
  • Reserved Virtual Machines: Reserves capacity for one or three years, providing significant cost savings compared to pay-as-you-go pricing.
  • Spot Virtual Machines: Bids unused capacity for lower pricing, but prices fluctuate based on supply and demand.
  • Hybrid Benefits: Allows businesses to use their existing Windows Server licenses and save up to 40% on Azure costs.
  • Dedicated Hosts: Provides additional control and flexibility but costs more than other options.

Comparison of EC2 and Azure for Windows Server

Comparison FactorsEC2Azure
AvailabilityEC2 is available in more regions worldwide, with 25 regions compared to Azure's 22 regions.Azure offers a more comprehensive global network, with more data centers and points of presence (PoPs) worldwide.
ScalabilityEC2 offers instant scalability, allowing adding or removing instances as needed.Azure offers similar scalability, with the ability to scale up or down depending on your needs.
BackupEC2 offers backup and recovery features through Amazon S3, which provides reliable and secure data backup storage.Azure offers backup and recovery features through Azure Backup, which can be configured to automatically back up your server data to Azure storage.
EncryptionEC2 offers encryption at rest and in transit, supporting various encryption methods, including AWS KMS and SSL/TLS.Azure offers encryption at rest and in transit, supporting various encryption methods, including Azure Disk Encryption and Azure SSL/TLS.
M365 SupportEC2 supports Office 365 and integrates with other Microsoft services such as Active Directory.Azure is a Microsoft product and offers extensive integration with M365 services, including Azure

Active Directory and Microsoft Intune.
App Support & PerformanceEC2 supports popular Windows Server applications such as Microsoft SQL Server and Active Directory, high-performance instances available for intensive workloads.Azure supports popular Windows Server applications and offers optimized instances for applications such as SQL Server and SharePoint.
Hybrid Cloud IntegrationIntegration with AWS hybrid cloud services.Integration with Azure hybrid cloud services.
AI/ML CapabilitiesAWS offers a wide range of AI/ML tools through Amazon SageMaker.Azure offers advanced AI/ML capabilities through Azure Machine Learning.
Developer ToolsAWS offers many developer tools, such as AWS CloudFormation and AWS CodePipeline.Azure offers various developer tools, such as Azure DevOps and Visual Studio Code.

EC2 and Azure offer many other features and tools beyond those listed here. This comparison provides a high-level overview of the most important factors when choosing between EC2 and Azure for Windows Server hosting—migration efforts between EC2 and Azure.

When considering migrating to the cloud, the effort required to move your Windows Server environment is a critical factor to consider.

Migration efforts EC2 vs Azure

Migrating Windows Server workloads to the cloud is a complex process, and the experience can differ depending on the cloud provider you choose. Here’s a comparison of migrating Windows Server workloads to EC2 and Azure:

Windows Server Licensing:

  • EC2: Users can bring their own licenses or purchase licenses directly from AWS. It can provide cost savings for users who already have Windows Server licenses.
  • Azure: Users must purchase licenses directly from Microsoft. It can increase licensing costs for users who do not already have Windows Server licenses.

Active Directory Integration:

  • EC2: Active Directory integration is supported on EC2 instances, but the configuration may differ from on-premises setups.
  • Azure: Active Directory integration is supported on Azure virtual machines, but the configuration may differ from on-premises setups.

Networking and Connectivity:

  • EC2: EC2 instances use traditional VPNs for network connectivity to on-premises resources. It can provide flexibility but may require additional configuration for connectivity.
  • Azure: Azure provides ExpressRoute for a dedicated private connection between on-premises resources and Azure data centres. It can provide faster and more reliable connectivity but may be more expensive.

Storage Options:

  • EC2: EC2 instances use Amazon Elastic Block Store (EBS) for persistent block storage. EBS provides several storage types, including General Purpose SSD, Provisioned IOPS SSD, and Magnetic storage.
  • Azure: Azure provides Blob Storage for object storage. Blob Storage can store large amounts of unstructured data, such as text and binary.

VM Import/Export:

  • EC2: EC2 provides VM import/export features, allowing users to move virtual machines between on-premises environments and the cloud. However, users may need to convert virtual machines to a compatible format before importing.
  • Azure: Azure also provides VM import/export features, allowing users to move virtual machines between on-premises environments and the cloud. However, users may need to convert virtual machines to a compatible format before importing.

Application Compatibility:

  • EC2: Applications running on EC2 instances may require modifications to ensure compatibility with AWS services, such as Amazon RDS and Amazon S3.
  • Azure: Applications running on Azure virtual machines may require modifications to ensure compatibility with Azure services, such as Azure App Service and Azure Storage.

Management and Monitoring:

  • EC2: AWS provides CloudWatch to manage and monitor EC2 instances. CloudWatch allows users to monitor resource utilization, set alarms, and automate actions based on defined metrics.
  • Azure: Azure provides Azure Monitor for managing and monitoring machines. Azure Monitor allows users to monitor resource utilization, set alerts, and automate actions based on defined metrics.

Security and Compliance:

  • EC2: AWS provides various security and compliance services, such as Amazon GuardDuty for threat detection and AWS Certificate Manager for managing SSL/TLS certificates.
  • Azure: Azure also provides a range of security and compliance services, such as Azure Security Center for threat detection and Azure Key Vault for managing SSL/TLS certificates.

Cost Optimization:

  • EC2: AWS provides Cost Explorer for cost optimization of EC2 instances. Cost Explorer allows users to analyze their usage and identify cost-saving opportunities.
  • Azure: Azure provides Cost Management for the cost optimization of virtual machines. Cost Management allows users to monitor and manage their Azure spending by analyzing usage patterns and identifying cost-saving opportunities.

EC2 and Azure offer comprehensive solutions for migrating and running Windows Server workloads in the cloud.

Conclusion: “The Right Choice for Your Windows Server Hosting Needs”

When deciding between EC2 and Azure for hosting Windows servers, businesses should carefully evaluate their needs and budget and compare the features and pricing of both platforms. Choosing can be challenging, but following best practices for optimizing performance and security, such as regular updates and proper configuration of firewalls and security measures, can help ensure the server runs smoothly and securely.

Monitoring and management tools can also keep the server in optimal condition. Consulting with cloud computing experts to manage and monitor optimizing the server’s configuration and ensuring it meets specific business needs. Ultimately, both platforms offer impressive performance, security, and a range of features, so businesses can rest assured they’re using a top-of-the-line cloud platform with cutting-edge technology.

See Also

Azure DevOps Pipeline

AWS Ec2 Instance Types

EC2 Pricing

Azure Pricing Calculator

Azure DevOps Pipelines | A Step-by-Step Guide

Introduction Azure DevOps Pipelines

You are exhausted from monotonous manual tasks like building, testing, and deploying software applications, right? Azure DevOps Pipelines is here to save the day!

Microsoft’s Azure DevOps Pipelines is a cloud-based service that offers a wide-ranging continuous integration and continuous transfer (CI/CD) method as a key factor of the Azure DevOps suite. It permits development teams to create, test, and deploy software applications to any platform or cloud service, all within the same integrated Pipeline. Azure DevOps Pipelines is a vital tool for modern development teams as it empowers them to update their software distribution process and stay ahead of the competition.

Teams can adjust the whole software process, from source control to production deployment, and maximize a range of pre-built and modified tasks and integrations with the help of Azure DevOps Pipelines. This facility offers a flexible and scalable tactic for building and delivering software by permitting teams to lessen development cycle times, increase deployment frequency, and deliver high-quality software applications proficiently.

In this guide, we’ll go through generating an Azure DevOps Pipeline. So, let’s take it up!

Before creating a Pipeline, You need to create a project. Let’s start by creating our project.

Step 1: Create a new Project

Log in to your Azure DevOps account, click the “New Project” button on the home screen, and track the prompts to create your project.

Step 2: Generate a new Repository.

After creating your project, click the “Repositories” tab and the “New repository” button to create a new repository to store your code.

Here you can choose the type of repository you want to generate, such as Git or Team Foundation Version Control (TFVC), or you can also import your Fit Rep.

Step 3: Create a Pipeline After Adding the Code

After creating your repository, add your code by cloning the repository to your local machine and then push it back to Azure DevOps.

You can easily create a new Pipeline by clicking the “Pipelines” tab and selecting “Create Pipeline.”

Azure DevOps Pipelines

Azure DevOps Pipelines

Creating a Pipeline is a simple 4-step process.


Azure DevOps offers numerous templates to select your code. To make a Classical Pipeline, choose the Other Git option and follow the steps. For now, we have created a YAML Pipeline. For this, Select GitHub.


The next step is to choose your Repository.

After choosing your Repo, Install it by implementing the authorisation procedure.


Here, the next step is to do configuration. For now, the ASP.NET option is chosen.


The last step is to review your Pipeline by customising the code.

The process mentioned above will create your Pipeline, as illustrated below.

Step 4: Run the Pipeline

After configuring and reviewing your Pipeline, you can run it by clicking the “Run Pipeline” button. It will trigger the Pipeline to execute your defined stages and tasks. You can view the Pipeline’s progress in real-time in Analytics, including failures.

Step 5: Monitoring the Pipeline

After running your Pipeline, you can monitor its status by going to the “Pipelines” tab. Here, you can see a summary of the Pipeline’s position, containing errors or warnings during the run. The Pipeline’s real-time Analytics can be seen here.

Overview of the Pipeline development process and settings: Triggers, Alerts, and Stages

Building a Pipeline defines a sequence of steps data goes through, from assimilation to processing to output. Each stage in the Pipeline can have different settings, triggers, and alerts that regulate how data streams through the Pipeline.

Here is a summary of the Pipeline formation process and settings.

Defining Triggers

Azure DevOps supports various triggers, including continuous integration (CI), scheduled, and manual triggers. Triggers are used to start the Pipeline spontaneously whenever there is an alteration in the code repository. CI triggers are the most common, allowing the Pipeline to start automatically whenever a new code change is pushed to the repository.

Configuring Alerts

Alerts notify team members of any issues or errors during the Pipeline run. Azure DevOps permits you to configure alerts for numerous actions, such as when a Pipeline run fails or a new release is deployed. Further, you can set up alerts to notify specific team members via email or other messaging services.

Setting up Stages

Stages signify the different phases of the Pipeline, such as building, testing, and deploying the code. Each stage can have one or more jobs, which define the specific tasks to be performed during that stage. Azure DevOps allows you to set up numerous stages to generate a Pipeline that fits your development process.

The “stage” keyword is only used when you want your Pipeline to organise into different stages. You do not need to define the keyword “stage” for simple logical boundaries in your Pipeline.

Configuring Pipeline Settings

Numerous Pipeline settings can be configured in Azure DevOps, including build options, artefact management, and deployment targets.

Build options allow you to modify the build procedure by identifying build scripts, tools, and configuration settings.

Artefact management empowers you to store and manage the artefacts generated during the Pipeline run, such as executable files, code libraries, and configuration files.

Deployment targets define the sceneries where the code will be deployed, such as test, staging, and production situations.

Adding new Tasks and Scripts to Pipeline Stages

Highly customisable Azure DevOps Pipelines allow teams to add new tasks and scripts to Pipeline stages to meet their needs. Here’s how to add new tasks and scripts to Pipeline stages in Azure DevOps.

Step 1: Open the Pipeline.

You must first open the Pipeline in the Azure DevOps interface to add new tasks or scripts to a Pipeline. Click the “Pipelines” tab and select the Pipeline you want to modify.

Step 2: Add a new task.

To add a new task to a stage, click on the stage you want to modify and then click on the “+” button to add a new task. Azure DevOps provides a diversity of pre-built tasks, such as “Copy Files” or “Publish Build Artifacts,” that you can use to configure your Pipeline. Choose a suitable task for your needs.

Step 3: Configure the Task

Configure after you have added a new task. Click on the task to open the configuration option.

Click on “View YAML”. Here, you can specify the task name, inputs, and outputs.

Step 4: Save and commit changes

After you have added and configured your new task, save and commit your changes to your Pipeline. Click the “Save and Queue” button to commit changes and trigger a recent Pipeline run.

Once you have saved the Pipeline, you must run it and check if it works properly.

By adding new tasks and scripts to Pipeline stages in Azure DevOps, you can customise your Pipelines to meet the specific needs of your software development process. With the ability to add custom tasks and scripts, you can automate repetitive tasks, improve the efficiency of your development process, and reduce errors.

Monitoring Pipeline Runs and Logs

It is essential in the Azure DevOps Pipeline to monitor Pipeline runs and logs. It helps to identify and troubleshoot errors and issues that may arise during Pipeline execution. Here are the steps for monitoring Pipeline runs and logs:

Step 1: Accessing the Pipeline

To monitor a Pipeline run, you must first access the Pipeline you want to monitor. Go to the Azure DevOps dashboard and click the “Pipelines” tab. From there, select the Pipeline that you want to monitor.

Step 2: View Pipeline Runs

Once you have accessed the Pipeline, you can view all the runs implemented. Select the “Runs” tab to see a list of all the runs executed for the Pipeline.

Step 3: Review the run details.

Click on the one you desire to screen for showing a particular run. That will take you to the run details page setup, where all the run specifics can be seen, including the time of beginning, end time, whole duration and status.

Step 4: Review the logs

To monitor the logs for the run, click on the tab saying “ Logs” on the page for run details. A detailed log of all the performed activities during the run will be displayed. You can use a log to identify the errors in between runs.

You can check raw logs by clicking the “ View Raw Log” button or download the log file by clicking the“ Download Log” button.

Step 5: Filter the logs.

If the log is extra-long and has irrelevant information, you can filter the log to display the relevant information only. You can use the logs to filter Stages, tasks or keywords etc.

Step 6: Debug the Pipeline

The log can debug the Pipeline if there are any issues or errors throughout your Pipeline run. The log provides information regarding any error, including the location and severity of the issue.

Summarizing all of the above, Pipelines run, and logs monitoring is essential to the Azure DevOps Pipeline process. By following the above points, Monitoring your Pipeline run and logs can be easy to recognise and troubleshoot errors and problems, ensuring that your Pipeline runs effectively.

Troubleshooting any problems with the Pipeline

Azure DevOps Pipelines are important parts of the software development procedure, but as with any other technology, they can sometimes meet issues. Here are some usual troubleshooting stages of recognising and resolving Pipeline problems:

Check the logs – If your Pipeline meets errors, the first step is to check the logs. The logs provide thorough details about what did happen during the run, including any errors or cautions.

Review Pipeline configuration – Evaluate the Pipeline configuration to confirm that all phases, tasks, and dependencies are properly configured. Ensure all the needed fields to be filled out, as well as necessary permissions, are included.

Check for updates – If you witness problems with a particular task or stage, check for any updates present. Azure DevOps frequently updates its task library, so updating your tasks can resolve errors.

Run the Pipeline in debug mode – Azure DevOps Pipelines possess a debug mode that can make identifying problems easy. The debug mode displays extensive information regarding tasks as they run, making them easier to pinpoint problems.

Check for dependencies –If your Pipeline fails to build, you may miss a dependency. So make sure that all the needed libraries, frameworks and required packages are in the repository.

Reach out to support – If you have tried all other troubleshooting steps and are still getting issues, contact Azure DevOps support. They offer extra management and aid to help you resolve the problem.

Pipeline Security and Permissions

Security is key to any software development method, and Azure DevOps suggests certain features to assist with managing Pipeline security and permissions. Here are some steps to secure your Pipelines:

Set up authorisations – Azure DevOps offer granular consent settings helping you take control of who can edit, view, and run Pipelines. Ensure permissions are set up correctly to prevent illegal access to your Pipelines.

Use role-based access control – RBAC is a privacy mechanism that enables the distribution of some specific roles to a wide range of users or groups based on which they are granted contact approvals. By implementing RBAC, it becomes possible to ensure that users are only given access to the relevant Pipelines necessary for performing their respective job responsibilities.

Use secure credentials – When configuring your Pipeline, use secure credentials for any required authentication. Azure DevOps provides numerous options for securely storing and handling credentials.

Enable two-factor authentication – Two-factor authentication adds more security to your Azure DevOps account. Enabling this feature stops illegal access to all your Pipelines.

Monitor Pipeline activity – Frequently monitor your Pipeline activity to identify any suspicious activity. Azure DevOps provides several tools for monitoring Pipeline activity, such as activity logs and security alerts.

Integration with other services like Bitbucket.

Integration with other services like Bitbucket can streamline your development process. It allows you to handle code repositories efficiently, cooperate with team members, and automate testing and deployment processes. Here are the steps to integrate Bitbucket with other services:

  1. Create an account on Bitbucket and make a repository for your plan.
  2. Next, you must create an Azure DevOps organisation and project. You can create a free account at
  3. Select the Bitbucket repository as a source for your Pipeline by clicking on the “Other Git” link and selecting “Bitbucket Cloud” as the source.
  4. Follow the prompts to authorize Azure DevOps to get access to your Bitbucket account and select the repository you want to use.
  5. The next step would be to select a Pipeline template. You can use various pre-built templates, or you can create your own.
  6. Once the template is selected, you must configure your Pipeline settings, such as stipulating the built environment, signifying variables, and setting up triggers.
  7. Lastly, you can save your Pipeline and run it to check if it’s working properly.

    Azure DevOps Pipelines

    Azure DevOps Pipelines

Integrating Bitbucket with other services can streamline your development workflow and make collaboration with team members effective. Ensuring the steps above, integrating Bitbucket with a wide range of services, from continuous integration tools to project running platforms.

Best Practices

Azure DevOps is an influential cloud-based platform empowering groups to streamline their software development procedures. One key characteristic of Azure DevOps is Pipelines, which can automate software application build, testing, and deployment. To regulate your Pipelines as effectively, here are some best practices:

Use templates – Templates are pre-defined tasks we can use across manifold Pipelines. By taking these templates, we can ensure your Pipelines are consistent by reducing the danger of errors.

Use variables – Variables can also store values across multiple tasks in a Pipeline. It is easy to inform values and reduce errors.

Test frequently – Regular testing can target major problems at the start of development. This proactive method aids in minimizing the possibility of defects increase overall productivity.

Use automated testing – Automated testing can quicken the testing procedure while safeguarding extensive testing of all code modifications.

Use source control – Source control is essential for managing and tracking code changes over time. By source control, you can determine all changes are tracked and can be rolled back if necessary.

Use artefacts – Artifacts are the output of a Pipeline, such as a compiled application or a package. By using artefacts, you can easily deploy your applications to various environments.

Monitor Pipelines – Monitoring Pipelines is essential for identifying issues and improving all performance. By monitoring your Pipelines, you can classify bottlenecks, track performance, and enhance your Pipelines for good.

By following these best practices, you can ensure that your Azure DevOps Pipelines are reliable and scalable. It also helps to enhance the performance of your software applications by running them smoothly.


Azure DevOps Pipelines are an innovative tool for automating software development. Following the step-by-step guide above, you can generate a simple Pipeline that mechanically builds, tests, and deploys your code. With Azure DevOps Pipelines, You can save time and errors by automating monotonous tasks and boosting your overall development process.

See Also

Azure VM Calculator

Azure DevOps Personal Access Token

DevOps Toolchain

Azure DevOps Pricing Calculator

Azure Cost Calculator