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The AWS Certified SysOps Administrator - Associate (SOA-C02) exam has been designed for professionals who have experience in deploying, managing, and operating various AWS services. SOA-C02 exam covers a wide range of topics such as AWS core services, security, networking, and high availability. SOA-C02 Exam is intended for individuals who have at least one year of experience in managing and operating AWS systems.

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Amazon AWS Certified SysOps Administrator - Associate (SOA-C02) Sample Questions (Q737-Q742):

NEW QUESTION # 737
A company hosts an application on Amazon EC2 instances behind an Application Load Balancer (ALB). One of the company's vendors needs a static IP address. The vendor will add this static IP address to its outbound allow list so that the vendor can access the application on the EC2 instances.
Which solution will provide the static IP address?

A. Create a VPC endpoint. Associate the VPC endpoint with the ALB.
B. Associate an Elastic IP address with the ALB.
C. Replace the ALB with a Network Load Balancer.
D. Associate an AWS WAF web ACL that has an IP match condition rule with the ALB.

Answer: C

Explanation:
* Objective:
* Provide a static IP address that the vendor can whitelist for accessing the application.
* Using Network Load Balancer (NLB):
* Unlike Application Load Balancers, NLBs support static IP addresses through Elastic IPs.
* NLBs operate at the transport layer (Layer 4) and are ideal for use cases requiring a static IP.
* Steps to Implement:
* Step 1: Create an NLB in the same VPC as the application.
* Step 2: Associate Elastic IP addresses with the NLB subnets.
* Step 3: Update the target group to point to the existing EC2 instances.
* Step 4: Update DNS records to map the application domain (www.example.com) to the NLB's static IP or DNS name.
* AWS References:
* Elastic IPs with NLB:Static IPs for NLB
* NLB vs. ALB:Comparison of Load Balancers
* Why Other Options Are Incorrect:
* Option A: ALBs do not support Elastic IPs.
* Option B: AWS WAF is for web access control, not providing static IPs.
* Option C: VPC endpoints do not replace load balancers and are unrelated to static IP requirements.

NEW QUESTION # 738
A company's SysOps administrator has created an Amazon EC2 instance with custom software that will be used as a template for all new EC2 instances across multiple AWS accounts. The Amazon Elastic Block Store (Amazon EBS) volumes that are attached to the EC2 instance are encrypted with AWS managed keys.
The SysOps administrator creates an Amazon Machine Image (AMI) of the custom EC2 instance and plans to share the AMI with the company's other AWS accounts. The company requires that all AMIs are encrypted with AWS Key Management Service (AWS KMS) keys and that only authorized AWS accounts can access the shared AMIs.
Which solution will securely share the AMI with the other AWS accounts?

A. In the account where the AMI was created, create a customer master key (CMK). Modify the key policy to provide kms:DescribeKey, kms:ReEncrypt*. kms:CreateGrant, and kms;Decrypt permissions to the AWS accounts that the AMI will be shared with. Create a copy of the AMI. and specify the CMK. Modify the permissions on the copied AMI to specify the AWS account numbers that the AMI will be shared with.
B. In the account where the AMI was created, modify the key policy of the AWS managed key to provide kms:DescnbeKey. kms:ReEncrypt kms:CreateGrant, and kms:Decrypt permissions to the AWS accounts that the AMI will be shared with. Modify the AMI permissions to specify the AWS account numbers that the AMI will be shared with.
C. In the account where the AMI was created, create a customer master key (CMK). Modify the key policy to provide kms:DescrlbeKey, kms:ReEncrypt kms:CreateGrant, and kms:Decrypt permissions to the AWS accounts that the AMI will be shared with. Create a copy of the AMI. and specify the CMK. Modify the permissions on the copied AMI to make it public.
D. In the account where the AMI was created, create a customer master key (CMK). Modify the key policy to provide kms:DescribeKey, kms ReEncrypf, kms:CreateGrant, and kms:Decrypt permissions to the AWS accounts that the AMI will be shared with. Modify the AMI permissions to specify the AWS account numbers that the AMI will be shared with.

Answer: A

Explanation:
Reference:
https://docs.aws.amazon.com/AWSEC2/latest/UserGuide/sharingamis-explicit.html

NEW QUESTION # 739
An environment consists of 100 Amazon EC2 Windows instances The Amazon CloudWatch agent Is deployed and running on at EC2 instances with a baseline configuration file to capture log files There is a new requirement to capture the DHCP tog tiles that exist on 50 of the instances What is the MOST operational efficient way to meet this new requirement?

A. Log in to each EC2 instance with administrator rights Create a PowerShell script to push the needed baseline log files and DHCP log files to CloudWatch
B. Run the CloudWatch agent configuration file wizard on each EC2 instance and select the advanced detail level. This wifi capture the operating system log files.
C. Run the CloudWatch agent configuration file wizard on each EC2 instance Verify that the base the log files are included and add the DHCP tog files during the wizard creation process
D. Create an additional CloudWatch agent configuration file to capture the DHCP logs Use the AWS Systems Manager Run Command to restart the CloudWatch agent on each EC2 instance with the append-config option to apply the additional configuration file

Answer: D

Explanation:
The most operationally efficient way to capture DHCP log files on 50 of the 100 EC2 instances is to create an additional CloudWatch agent configuration file and use AWS Systems Manager Run Command to update the CloudWatch agent configuration.
* Create an Additional CloudWatch Agent Configuration File:
* Create a new CloudWatch agent configuration file that includes the settings to capture DHCP log files.
* Use AWS Systems Manager Run Command:
* AWS Systems Manager Run Command allows you to remotely and securely manage the configuration of your managed instances.
* Use the Run Command to restart the CloudWatch agent on each EC2 instance with the append-config option to apply the additional configuration file.
* Steps:
* Open the Systems Manager console.
* Choose "Run Command."
* Create a new command document or use an existing one that restarts the CloudWatch agent with the append-config option.
* Target the 50 specific EC2 instances.
References:
* Amazon CloudWatch Agent Configuration
* AWS Systems Manager Run Command

NEW QUESTION # 740
A SysOps administrator creates an AWS CloudFormation template to define an application stack that can be deployed in multiple AWS Regions.
The SysOps administrator also creates an Amazon CloudWatch dashboard by using the AWS Management Console. Each deployment of the application requires its own CloudWatch dashboard.
How can the SysOps administrator automate the creation of the CloudWatch dashboard each time the application is deployed?

A. Export the existing CloudWatch dashboard as JSON.
Update the CloudFormation template to define an AWS::CloudWatch::Dashboard resource.
Include the exported JSON in the resource's DashboardBody property.
B. Update the CloudFormation template to define an resource.
Use the intrinsic Ref function to reference the ID of the existing CloudWatch dashboard.
C. Update the CloudFormation template to define an AWS::CloudWatch::Dashboard resource.
Specify the name of the existing dashboard in the DashboardName property.
D. Create a script by using the AWS CLI to run the aws cloudformation put-dashboard command with the name of the dashboard.
Run the command each time a new CloudFormation stack is created.

Answer: A

Explanation:
You can only use the Intrinsic Ref function to reference a resource that is being created at the same time as the current CloudFormation template. The question states that the CloudWatch dashboard was previously created using the AWS Management Console, so there is no ID to reference the existing CloudWatch dashboard in the CloudFormation template. You would need to export the existing CloudWatch dashboard as JSON, then use the DashboardBody property in the CloudFormation template to replicate it upon each deployment.
https://docs.aws.amazon.com/AmazonCloudWatch/latest/APIReference/CloudWatch-Dashboard- Body-Structure.html

NEW QUESTION # 741
A company is managing a website with a global user base hosted on Amazon EC2 with an Application Load Balancer (ALB). To reduce the load on the web servers, a SysOps administrator configures an Amazon CloudFront distribution with the ALB as the origin. After a week of monitoring the solution, the administrator notices that requests are still being served by the ALB and there is no change in the web server load.
What are possible causes for this problem? (Choose two.)

A. CloudFront does not have the ALB configured as the origin access identity.
B. The default, minimum, and maximum Time to Live (TTL) are set to 0 seconds on the CloudFront distribution.
C. The DNS is still pointing to the ALB instead of the CloudFront distribution.
D. The target groups associated with the ALB are configured for sticky sessions.
E. The ALB security group is not permitting inbound traffic from CloudFront.

Answer: B,C

NEW QUESTION # 742
......

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Demo SOA-C02 Test - Reliable SOA-C02 Test Pattern

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Reliable SOA-C02 Test Pattern & SOA-C02 Exam Assessment

Amazon AWS Certified SysOps Administrator - Associate (SOA-C02) Sample Questions (Q737-Q742):

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