> Source: [sk184335](https://support.checkpoint.com/results/sk/sk184335)

# sk184335 - Deploying and securing Azure Extended Zones with CloudGuard Network Security

| Property | Value |
|----------|-------|
| Solution ID | sk184335 |
| Date Created | 2025-11-17 |
| Last Modified | 2026-03-13 |
| Technical Level | General |
| Products | Cloud Firewall |
| Versions | R82.10 |
| OS | Gaia |
| Platform | Azure |

## Solution

**Table of Contents:**

* Introduction
* What are Azure Extended Zones?
  * Benefits
  * Architecture
* Why secure Azure Extended Zones?
* Securing Azure Extended Zones with CloudGuard Security Network Gateways
* What Check Point can deploy in Azure Extended Zones
* Supported CloudGuard Network Security deployments
* Important deployment considerations for Extended Zones
  * Example deployment
* Azure reference documentation

<br />

Click Here to Show the Entire Article

<br />

Introduction {#TARGET_ID_1}
---------------------------

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> Organizations are moving latency-sensitive applications closer to end users. **Azure Extended Zones** extend the Azure global infrastructure to meet this need. Extended Zones run compute, storage, and select Azure services in metro-area sites. This design helps you meet ultra-low-latency requirements while maintaining the consistency, scalability, and operational simplicity of the Azure platform.
>
> For more information on Azure Extended Zones, see the [Official Azure Extended Zones Documentation](https://learn.microsoft.com/en-us/azure/extended-zones/).

What are Azure Extended Zones? {#TARGET_ID_2}
---------------------------------------------

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> Azure Extended Zones are **small-footprint Azure sites** deployed in metropolitan or industry-specific locations. Each Extended Zone is an extension of a parent Azure region and is managed using the same Azure tools, APIs, and governance models.

### Benefits {#TARGET_ID_3}

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> * **Ultra-low latency** for edge workloads.
> * **Local data processing** to meet data-residency requirements.
> * **Improved user experience** for real-time and interactive applications.

### Architecture {#TARGET_ID_4}

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> Extended Zones run the **data plane** locally. This includes:
>
> * Virtual machines (VMs)
> * Disks
> * Network paths
>
> The **control plane** remains in the parent region. This includes:
>
> * Azure Resource Manager (ARM)
> * Role-Based Access Control (RBAC)
> * Identity management
> * Policies
>
> This architecture provides local performance with full regional manageability.

Why secure Azure Extended Zones? {#TARGET_ID_5}
-----------------------------------------------

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> You must secure Azure Extended Zones for these reasons:
>
> * **Increased attack surface** - Distributed edge workloads expand the security perimeter.
> * **Latency constraints** - Sending traffic back to the region for inspection can cause unacceptable delays.
> * **Compliance requirements** - Some jurisdictions require local inspection, logging, or data residency.
>
> To address these risks, deploy security directly inside the Extended Zone where the workload runs.

Securing Azure Extended Zones with CloudGuard Security Network Gateways {#TARGET_ID_7}
--------------------------------------------------------------------------------------

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> 1. Dynamic Extended Zone deployment and enforcement:
>
>    * Deploy CloudGuard Network Security Gateways directly **in the Extended Zone location**.
> 2. Inline Threat Prevention at the edge:
>
>    * Inspect local traffic with minimal latency.
>    * Apply IPS, Application Control, URL Filtering, and Identity Awareness.
>    * Implement zero-trust segmentation and zero-day threat protection.
> 3. Unified visibility and management:
>
>    * Manage centrally with **Smart-1 Cloud** or on-premises Security Management Server.
>    * Monitor policies in real time, with logging and compliance auditing.
>    * Use one unified policy domain for the core region and the Extended Zone Security Gateways.

What Check Point can deploy in Azure Extended Zones {#TARGET_ID_8}
------------------------------------------------------------------

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> Check Point supports deploying **CloudGuard Network Security Gateways** directly into Azure Extended Zones. This provides low-latency inspection and unified security control.  
>
> Deployment Options:
>
> * **Single Gateway** - Full NGTP inspection at the local edge.
> * **Single-Zone Cluster** - High availability within the same Extended Zone.
> * **Custom multi-gateway deployments** - Use your repository templates.
> * **Supporting infrastructure** - VNets, subnets, UDRs, NSGs, route tables.
> * **Extended-Zone-compatible SKUs** - Standard_DS4_v4 with PremiumSSD_LRS disks.

Supported CloudGuard Network Deployments {#TARGET_ID_9}
-------------------------------------------------------

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> The following CloudGuard Network Security deployments are supported in Azure Extended Zones (R81.20 and higher):
>
> * **Single Gateway**
> * **Single-Zone Cluster**
>
> <br />
>
Important deployment considerations for Extended Zones {#TARGET_ID_10}
----------------------------------------------------------------------

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> 1. Register for the Extended Zone.
>
>        az account set --subscription "<subscription-id>"
>        az edge-zones extended-zone register --extended-zone-name "losangeles"
>
>    See <https://learn.microsoft.com/azure/extended-zones/request-access> for more information.
> 2. Validate VM size and disk support.
>
>    Extended Zones support a **subset** of VM SKUs and disk types. For example:
>    * VM Size: **Standard_DS4_v4**
>    * Disk: **Premium** **SSD_LRS**
>
>    **Note:** Using unsupported SKUs can cause the deployment to fail.

### Example deployment {#TARGET_ID_11}

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> 1. Log in and set the subscription.
>
>    `az login
>    az account set --subscription "<subscription-id>"
>    `
> 2. Register the Extended Zone.
>
>    `az edge-zones extended-zone register --extended-zone-name perth
>    `
> 3. Deploy CloudGuard from the Azure Marketplace and chose the High-Availability or Single gateway solution
> 4. Select the Region of the Extended Zone and the Extended Zone you wish to deploy in.
>    * Example:
>      * Region: West US
>      * Extended Zone: losangeles
>
> **Important:**Select supported VM size and disk types for the Extended Zone.
>
> Azure Extended Zones support only a subset of VM sizes and disk SKUs. When deploying CloudGuard Network Security Gateways using the templates above, you **must** select a supported combination for the specific Extended Zone region.
>
> **Example: Perth Extended Zone**
>
> * **VM Size:** Standard_DS4_v4
> * **Disk Type:** Premium_SSD
>
> Selecting an unsupported VM size or disk type can cause the deployment to fail during validation or provisioning. Always check the Azure Extended Zone SKU availability for your target region.
>
> Reference Matrix: [Azure Extended Zone VM \& Disk Support](https://learn.microsoft.com/en-us/azure/extended-zones/overview#service-offerings-for-azure-extended-zones).

Azure reference documentation {#TARGET_ID_14}
---------------------------------------------

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> * [Azure Extended Zones Overview](https://learn.microsoft.com/en-us/azure/extended-zones/overview)
> * [Extended Zones Request Access](https://learn.microsoft.com/en-us/azure/extended-zones/request-access)
> * [Extended Zone VM SKU Support Matrix](https://learn.microsoft.com/en-us/azure/extended-zones/overview#service-offerings-for-azure-extended-zones)
> * [Azure Networking in Extended Zones](https://learn.microsoft.com/en-us/azure/extended-zones/deploy-vm-portal)
> * [Azure Updates for Extended Zones](https://azure.microsoft.com/en-us/updates?id=535363)

---

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