Oracle 1Z0-1104-25 Exam Dumps

Get All Oracle Cloud Infrastructure 2025 Security Professional Exam Questions with Validated Answers

1Z0-1104-25 Pack
Vendor: Oracle
Exam Code: 1Z0-1104-25
Exam Name: Oracle Cloud Infrastructure 2025 Security Professional
Exam Questions: 36
Last Updated: September 12, 2026
Related Certifications: Oracle Cloud , Oracle Cloud Infrastructure
Exam Tags: Expert or Advanced Level Oracle Cloud EngineersOracle Cloud Security Professionals
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Free Oracle 1Z0-1104-25 Exam Actual Questions

Question No. 1

You are the first responder of a security incident for ABC Org. You have identified several IP addresses and URLs in the logs that you suspect may be related to the incident. However, you need more information to confidently determine whether they are indeed malicious or not.

Which OCI service can you use to obtain a more refined information and confidence score for these identified indicators?

Show Answer Hide Answer
Correct Answer: B

Question No. 2

SIMULATION

Challenge 2 -Task 1

In deploying a new application, a cloud customer needs to reflect different security postures. If a security zone is enabled with the Maximum Security Zone recipe, the customer will be unable to create or update a resource in the security zone if the action violates the attached Maximum Security Zone policy.

As an application requirement, the customer requires a compute instance in the public subnet. You therefore, need to configure Custom Security Zones that allow the creation of compute instances in the public subnet.

Review the architecture diagram, which outlines the resoures you'll need to address the requirement:

Preconfigured

To complete this requirement, you are provided with the following:

Access to an OCI tenancy, an assigned compartment, and OCI credentials

Required IAM policies

Task 1: Create a Custom Security Zone Recipe

Create a Custom Security Zone Recipe named IAD-SP-PBT-CSP-01 that allows the provisioning of compute instances in the public subnet.

Enter the OCID of the created custom security zone recipe in the text box below.

Show Answer Hide Answer
Correct Answer: A

To create a Custom Security Zone Recipe named IAD-SP-PBT-CSP-01 that allows the provisioning of compute instances in a public subnet, we will follow the steps outlined in the Oracle Cloud Infrastructure (OCI) Security Zones documentation. These steps are based on verified procedures from the OCI Security Zone Guide and related resources.

Step-by-Step Solution for Task 1: Create a Custom Security Zone Recipe

Log in to the OCI Console:

Use your OCI credentials to log in to the OCI Console (https://console.us-ashburn-1.oraclecloud.com).

Ensure you have access to the assigned compartment provided in the tenancy.

Navigate to Security Zones:

From the OCI Console, go to the navigation menu (hamburger icon) on the top left.

Under Governance and Administration, select Security Zones.

Create a New Security Zone Recipe:

In the Security Zones dashboard, click on the Recipes tab.

Click the Create Recipe button.

Configure the Recipe Details:

Name: Enter IAD-SP-PBT-CSP-01.

Description: (Optional) Add a description, e.g., 'Custom recipe to allow compute instances in public subnet.'

Leave the Compartment as the assigned compartment provided.

Define the Security Zone Policy:

In the policy editor, start with a base policy. Since the Maximum Security Zone recipe restricts public subnet usage, you need to customize it.

Add the following policy statement to allow compute instances in a public subnet:

Allow service compute to use virtual-network-family in compartment <compartment-name> where ALL {

target.resource.type = 'Instance',

target.vcn.cidr_block = '10.0.0.0/16',

target.subnet.cidr_block = '10.0.10.0/24'

}

Replace <compartment-name> with the name of your assigned compartment.

This policy allows the Compute service to provision instances in the public subnet (10.0.10.0/24) within the VCN (10.0.0.0/16).

Adjust Restrictions:

Ensure the recipe does not inherit the Maximum Security Zone recipe's default restrictions that block public subnet usage. Explicitly allow the public subnet by including the subnet CIDR block (10.0.10.0/24) in the policy.

Remove or modify any conflicting default rules that prohibit public subnet usage (e.g., rules blocking internet access or public IP assignment).

Save the Recipe:

Click Create to save the custom security zone recipe.

Once created, note the OCID of the recipe from the recipe details page. The OCID will be a unique identifier starting with ocid1.securityzonerecipe.

Verify the Recipe:

Go to the Recipes tab and locate IAD-SP-PBT-CSP-01.

Ensure the policy reflects the allowance for compute instances in the public subnet by reviewing the policy statement.

OCID of the Created Custom Security Zone Recipe

The exact OCID will be generated upon creation (e.g., ocid1.securityzonerecipe.oc1..unique_string). Please enter the OCID displayed in the OCI Console after completing Step 7.

Notes

Ensure IAM policies are correctly configured to grant you permissions to create and manage security zone recipes in the compartment.

The policy assumes the public subnet CIDR (10.0.10.0/24) matches the diagram. Adjust if the actual subnet CIDR differs.

Test the recipe by associating it with a security zone and attempting to launch a compute instance to confirm compliance.


Question No. 3

SIMULATION

Task 2: Create a Compute Instance and Install the Web Server

Create a compute instance, where:

Name: PBT-CERT-VM-01

Image: Oracle Linux 8

Shape: VM.Standard.A1.Flex

Subnet: Compute-Subnet-PBT-CERT

Install and configure Apache web server:

a.

Install Apache

sudo yum -y install httpd

b.

Enable and start Apache

sudo systemctl enable httpd

sudo systemctl restart httpd

2. Install and configure Apache web server:

a. Install Apache

sudo yum -y install httpd

b. Enable and start Apache

sudo systemctl enable httpd

sudo systemctl restart httpd

c. Configure firewall to allow HTTP traffic (port 80)

sudo firewall-cmd --permanent --add-port=80/tcp

sudo firewall-cmd --reload

d. Create an index.html file

sudo bash -c 'echo You are visiting Web Server 1 >> /var/www/html/index.html'

Enter the OCID of the created compute instance PBT-CERT-VM-01 in the text box below.

Show Answer Hide Answer
Correct Answer: A

Task 2: Create a Compute Instance and Install the Web Server

Step 1: Create the Compute Instance

Log in to the OCI Console.

Navigate to Compute > Instances.

Click Create Instance.

Enter the following details:

Name: PBT-CERT-VM-01

Compartment: Select your assigned compartment.

Placement: Leave as default or select an availability domain (e.g., Availability Domain 1).

Image: Click Change Image, select Oracle Linux 8, and confirm.

Shape: Click Change Shape, select VM.Standard.A1.Flex, and configure:

OCPUs: 1 (or adjust as needed)

Memory: 6 GB (or adjust as needed)

Networking:

Virtual Cloud Network: Select PBT-CERT-VCN-01.

Subnet: Select Compute-Subnet-PBT-CERT.

Leave public IP assignment enabled for internet access.

SSH Key: Provide your public SSH key (upload or paste) for secure access.

Click Create and wait for the instance to be provisioned.

Step 2: Connect to the Compute Instance

Once the instance is created, note the Public IP Address from the instance details page.

Use an SSH client to connect:

Command: ssh -i opc@

Replace with your private key path and with the instance's public IP.

Step 3: Install and Configure Apache Web Server

Install Apache:

Run: sudo yum -y install httpd

Enable and Start Apache:

Run: sudo systemctl enable httpd

Run: sudo systemctl restart httpd

Configure Firewall to Allow HTTP Traffic (Port 80):

Run: sudo firewall-cmd --permanent --add-port=80/tcp

Run: sudo firewall-cmd --reload

Create an index.html File:

Run: sudo bash -c 'echo 'You are visiting Web Server 1' >> /var/www/html/index.html'

Step 4: Verify the Configuration

Open a web browser and enter http:// to ensure the page displays 'You are visiting Web Server 1'.

If needed, troubleshoot by checking Apache status: sudo systemctl status httpd.

Step 5: Retrieve and Enter the OCID

Go to the instance details page for PBT-CERT-VM-01 under Compute > Instances.

Copy the OCID (a long string starting with ocid1.instance., unique to your tenancy).

Enter the copied OCID exactly as it appears into the text box provided.

Notes

These steps are based on OCI Compute documentation and Oracle Linux 8 setup guides.

Ensure the security list PBT-CERT-CS-SL-01 allows inbound traffic on port 22 (SSH) and port 80 (HTTP) if not already configured.

The OCID will be unique to your instance; obtain it from the OCI Console after creation


Question No. 4

SIMULATION

Challenge 1 - Task 1

Integrate TLS Certificate Issued by the OCI Certificates Service with Load Balancer

You are a cloud engineer at a tech company that is migrating its services to Oracle Cloud Infrastructure (OCI). You are required to set up secure communication for your web application using OCI's Certificate service. You need to create a Certificate Authority (CA), issue a TLS/SSL server certificate, and configure a load balancer to use this certificate to ensure encrypted traffic between clients and the backend servers.

Review the architecture diagram, which outlines the resources you'll need to address the requirement.

Preconfigured

To complete this requirement, you are provided with the following:

Access to an OCI tenancy, an assigned compartment, and OCI credentials

Required IAM policies

OCI Vault to store the secret required by the program, which is created in the root compartment as PBI_Vault_SP

Task 1: Create and Configure a Virtual Cloud Network (VCN)

Create a Virtual Cloud Network (VCN) named PBT-CERT-VCN-01 with the following specifications:

VCN with a CIDR block of 10.0.0.0/16

Subnet 1 (Compute Instance):

Name: Compute-Subnet-PBT-CERT

CIDR Block: 10.0.1.0/24

Subnet 2 (Load Balancer):

Name: LB-Subnet-PBT-CERT-SNET-02

CIDR Block: 10.0.2.0/24

Internet Gateway for external connectivity

Route table and security lists:

Security List named PBT-CERT-CS-SL-01 for Subnet 1 (Compute-Subnet-PBT-CERT) to allow SSH (port 22) traffic

Security List named PBT-CERT-LB-SL-01 for Subnet 2 (LB-Subnet-PBT-CERT) to allow HTTPS (port 443) traffic

"Enter the OCID of the created VCN in the text box below.

Show Answer Hide Answer
Correct Answer: A

Challenge 1: Integrate TLS Certificate Issued by the OCI Certificates Service with Load Balancer

Task 1: Create and Configure a Virtual Cloud Network (VCN)

Step 1: Create the Virtual Cloud Network (VCN)

Log in to the OCI Console.

Navigate to Networking > Virtual Cloud Networks.

Click Create Virtual Cloud Network.

Select VCN with Internet Connectivity (to include an Internet Gateway by default).

Enter the following details:

Name: PBT-CERT-VCN-01

Compartment: Select your assigned compartment.

VCN CIDR Block: 10.0.0.0/16

Leave other settings as default (e.g., create a new public subnet and route table).

Click Create Virtual Cloud Network. Wait for the VCN to be created.

Step 2: Create Subnet 1 (Compute-Subnet-PBT-CERT)

In the VCN details page for PBT-CERT-VCN-01, click Subnets under Resources.

Click Create Subnet.

Enter the following details:

Name: Compute-Subnet-PBT-CERT

Subnet Type: Regional

CIDR Block: 10.0.1.0/24

Route Table: Select the default route table created with the VCN.

Subnet Access: Public Subnet (to allow internet access).

DNS Resolution: Enabled.

Click Create.

Step 3: Create Subnet 2 (LB-Subnet-PBT-CERT-SNET-02)

In the VCN details page, click Subnets under Resources.

Click Create Subnet.

Enter the following details:

Name: LB-Subnet-PBT-CERT-SNET-02

Subnet Type: Regional

CIDR Block: 10.0.2.0/24

Route Table: Select the default route table created with the VCN.

Subnet Access: Public Subnet (to allow internet access for the load balancer).

DNS Resolution: Enabled.

Click Create.

Step 4: Verify Internet Gateway

In the VCN details page, under Resources, click Internet Gateways.

Ensure an Internet Gateway is listed and attached to PBT-CERT-VCN-01. If not created, click Create Internet Gateway, name it (e.g., PBT-CERT-IGW), and attach it.

Step 5: Configure Route Table

In the VCN details page, under Resources, click Route Tables.

Select the default route table or create a new one named PBT-CERT-RT-01.

Click Add Route Rule. 4 - Destination CIDR Block: 0.0.0.0/0

Target Type: Internet Gateway

Target: Select the Internet Gateway created (e.g., PBT-CERT-IGW).

Click Add Route Rule and save.

Step 6: Create Security List for Subnet 1 (Compute-Subnet-PBT-CERT)

In the VCN details page, under Resources, click Security Lists.

Click Create Security List.

Enter the following:

Name: PBT-CERT-CS-SL-01

Compartment: Your assigned compartment.

Add the following ingress rule:

Source CIDR: 0.0.0.0/0 (allow from any source, adjust as per security needs)

IP Protocol: TCP

Source Port Range: All

Destination Port Range: 22 (for SSH)

Allows: Traffic

Click Create.

Step 7: Create Security List for Subnet 2 (LB-Subnet-PBT-CERT-SNET-02)

In the VCN details page, under Resources, click Security Lists.

Click Create Security List.

Enter the following:

Name: PBT-CERT-LB-SL-01

Compartment: Your assigned compartment.

Add the following ingress rule:

Source CIDR: 0.0.0.0/0 (allow from any source, adjust as per security needs)

IP Protocol: TCP

Source Port Range: All

Destination Port Range: 443 (for HTTPS)

Allows: Traffic

Click Create.

Step 8: Retrieve and Enter VCN OCID

Go to the VCN details page for PBT-CERT-VCN-01.

Copy the OCID from the VCN information section.

Enter the OCID in the provided text box.


Question No. 5

"Your company is in the process of migrating its sensitive data to Oracle Cloud Infrastructure (OCI) and is prioritizing the strongest possible security measures. Encryption is a key part of this strategy, but you are particularly concerned about the physical security of the hardware where your encryption keys will be stored.

Which characteristic of OCI Key Management Service (KMS) helps ensure the physical security of your encryption keys?

Show Answer Hide Answer
Correct Answer: D

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