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This is done by triggering the registration of the Microsoft.Security resource provider to all subscriptions, using one of the following options:.

Enable Microsoft Defender for Cloud on all subscriptions:

#Video hub app github how to#

Let’s explore how to configure these components at scale and automate it in a programmatic way.ģ) Automate the deployment of Defender for Cloud at scaleġ. REST API, Azure Policy, Azure CLI, PowerShell While Defender for Cloud has many capabilities mapped to different configurable components, this article’s example will focus on configuring the following: Security Admin is a role suited for users who enable components of Microsoft Defender for Cloud (i.e., perform enabling/disabling of Defender for Cloud plans, dismissing of security alerts, etc.).Īfter considering this best practice guidance, you can explore which components of Defender for Cloud are configurable.Ģ) Guided inventory of the configurable components within Microsoft Defender for Cloud Security Reader is the least privilege role when it comes to consuming information from Microsoft Defender for Cloud.

Understanding Role-based access control (RBAC) and different roles available within Microsoft Defender for Cloud (adding here a link with more information for your reference).

With that being said, Management Groups help to more easily deploy Microsoft Defender for Cloud at scale.

Microsoft Defender for Cloud is a service that you enable on a subscription.

Ensuring that you have a Management Group hierarchy in the Azure environment according to the organization’s needs, to understand where Azure subscriptions are residing and what can you manage at scale in these subscriptions.

We recommend going through each step to optimize deployments.īefore starting your Microsoft Defender for Cloud journey, consider the following best practice guidance:

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Leverage DevOps automation for deploying and managing Defender for Cloud as code (GitHub Actions).

Automate the deployment of Defender for Cloud at scale.

Guided inventory of the configurable components within Microsoft Defender for Cloud.

While this approach can be applied in general to other Azure services, this article’s focus is on managing and deploying Defender for Cloud at scale in combination with GitHub actions in the following areas: The CI/CD tool we use in this article is GitHub actions.

Then whenever there is a change to IaC you put under version control, you can use DevOps tools to programmatically deploy these changes to your Azure environment. The idea behind using this approach is to firstly use IaC to describe the desired state of your environment and put it under version control, in this case GitHub. For CI/DC you can use DevOps tools and combine it with IaC templates and version control. This is widely referred to as Continuous Integration/Continuous Delivery (CI/CD). In addition to tracking changes to your IaC templates, it’s important to test and deploy code from these templates to your Azure environment. There are benefits of adopting this approach, as you can use version control for your IaC templates to track changes. Infrastructure as Code (IaC) is particularly interesting as it ties into DevSecOps and allows you to use Bicep, Azure Resource Manager (ARM), Terraform, and CloudFormation templates to describe the infrastructure of your cloud environment as code. You might already be familiar with some of these options, as they’re commonly used for automating deployment and management tasks in Azure. The following article will show how you can deploy and manage Microsoft Defender for Cloud at scale using a variety of options, including: We hear from Microsoft partners and customers, that not leveraging a more efficient approach when it comes to deploying and managing Microsoft Defender for Cloud, tends to take more time and cost more in resources. This article aims to answer these questions and more.

As a Microsoft partner, how can I programmatically configure parts of Microsoft Defender for Cloud, like workflow automations, that can be leveraged in multiple customer deployments?.

How can I enable Defender for Cloud plans across multiple Azure subscriptions and tenants at scale?.

How can I automate onboarding of subscriptions to Microsoft Defender for Cloud?.

We know that programmatically deploying and managing Defender for Cloud is top of mind for both Microsoft partners and customers and we commonly hear key questions such as: Microsoft Defender for Cloud provides organizations with Cloud Security Posture Management (CSPM), and Cloud Workload Protection (CWP) capabilities for their Azure, multicloud and hybrid workloads.