Triage and Remediation
Remediation
Using Console
Using Console
Sure, here are the step-by-step instructions to remediate the Azure Disk Encryption misconfiguration for non-boot disk using the Azure console:
- Open the Azure portal and navigate to the virtual machine that you want to remediate.
- In the virtual machine’s menu, click on the “Disks” option.
- Identify the non-boot disk that needs to be encrypted and click on it.
- In the disk’s menu, click on the “Disk encryption” option.
- In the “Disk encryption” page, click on the “Enable” button to start the encryption process.
- In the “Encryption settings” page, select the encryption type and the key vault that you want to use for encryption.
- If you don’t have a key vault, you can create one by clicking on the “Create new” button and following the prompts.
- Once you have selected the encryption type and key vault, click on the “Review + Create” button to review the settings.
- In the “Review + Create” page, review the settings and click on the “Create” button to start the encryption process.
- The encryption process may take some time to complete depending on the size of the disk. Once the encryption process is complete, you will see a “Disk encryption is enabled” message in the disk’s menu.
Using CLI
Using CLI
Sure, here are the step-by-step instructions to remediate the Azure Disk Encryption misconfiguration for non-boot disks using Azure CLI:Note: The
-
Open the Azure CLI and login to your Azure account using the command
az login
. -
Once you are logged in, check if you have the necessary permissions to perform disk encryption using the command
az disk-encryption-set list
. -
Next, you need to create a new encryption set using the command
az disk-encryption-set create
. You will need to specify the name of the encryption set, the resource group, and the location. -
After creating the encryption set, you need to enable encryption for the non-boot disk using the command
az disk update
. You will need to specify the name of the disk, the resource group, and the ID of the encryption set. -
Finally, you can verify that the disk encryption is enabled using the command
az disk show
. This will display the disk details, including the encryption status.
encryption-type
parameter is set to “EncryptionAtRestWithPlatformKey” which means encryption will be done using the Azure platform key. You can also use “EncryptionAtRestWithCustomerKey” to use your own customer-managed key for encryption.I hope this helps! Let me know if you have any further questions.Using Python
Using Python
To remediate the Azure Disk Encryption misconfiguration for non-boot disk using Python, you can follow these steps:
- Install the Azure SDK for Python and import the required modules:
- Authenticate and create a client object for the Azure Compute and Storage Management APIs:
- Get the list of all the virtual machines in the subscription:
- For each virtual machine, check if it has any non-boot disks that are not encrypted:
- To encrypt the non-boot disk, update the disk resource with encryption settings:
- Save the script and run it to remediate the Azure Disk Encryption misconfiguration for non-boot disks.
<your tenant id>
, <your client id>
, <your client secret>
, <your subscription id>
, <your key vault id>
, <your secret url>
, <your key url>
, and <your key version>
with your actual values.