HOT SOA-C02 TEST CRAM REVIEW | HIGH-QUALITY SOA-C02 NEW BRAINDUMPS SHEET: AWS CERTIFIED SYSOPS ADMINISTRATOR - ASSOCIATE (SOA-C02) 100% PASS

Hot SOA-C02 Test Cram Review | High-quality SOA-C02 New Braindumps Sheet: AWS Certified SysOps Administrator - Associate (SOA-C02) 100% Pass

Hot SOA-C02 Test Cram Review | High-quality SOA-C02 New Braindumps Sheet: AWS Certified SysOps Administrator - Associate (SOA-C02) 100% Pass

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The Amazon SOA-C02 exam consists of 65 multiple-choice and multiple-response questions, and candidates have 130 minutes to complete it. The passing score for the exam is 720 out of 1000. SOA-C02 Exam Fee is $150 USD, and it can be taken at a testing center or online through Pearson VUE.

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Amazon AWS Certified SysOps Administrator - Associate (SOA-C02) Sample Questions (Q110-Q115):

NEW QUESTION # 110
A company is using AWS to deploy a critical application on a fleet of Amazon EC2 instances The company is rewriting the application because the application failed a security review The application will take 12 months to rewrite While this rewrite happens, the company needs to rotate IAM access keys that the application uses.
A SysOps administrator must implement an automated solution that finds and rotates IAM access Keys that are at least 30 days old. The solution must then continue to rotate the IAM access Keys every 30 days.
Which solution will meet this requirement with the MOST operational efficiency?

  • A. Create a script that checks the age of IAM access Keys and rotates them if they are at least 30 days old.
    Launch an EC2 instance. Schedule the script to run as a cron expression on the EC2 instance every day.
  • B. Use an AWS Config rule to identify IAM access Keys that are at least 30 days old. Configure AWS Config to invoKe an AWS Systems Manager Automation runbook to rotate the identified IAM access keys.
  • C. Use AWS Trusted Advisor to identify IAM access Keys that are at least 30 days old. Configure Trusted Advisor to invoke an AWS Systems Manager Automation runbook to rotate the identified IAM access keys
  • D. Create an AWS Lambda function that checks the age of IAM access keys and rotates them if they are at least 30 days old Use an Amazon EventBridge rule to invoke the Lambda function every time a new IAM access key is created.

Answer: D

Explanation:
Lambda Function to Rotate IAM Access Keys:
* A Lambda function can be used to automate the rotation of IAM access keys based on their age.
* Steps:
* Write a Lambda function that checks the age of IAM access keys.
* The function should rotate keys that are at least 30 days old.
* Deploy the Lambda function.
Amazon EventBridge Rule:
* EventBridge can trigger the Lambda function periodically and when a new key is created.
* Steps:
* Create an EventBridge rule that triggers the Lambda function on a schedule (e.g., daily) and on IAM key creation events.
* Rotating Access Keys for IAM Users, Amazon EventBridge


NEW QUESTION # 111
A company has deployed a web application in a VPC that has subnets in three Availability Zones. The company launches three Amazon EC2 instances from an EC2 Auto Scaling group behind an Application Load Balancer (ALB).
A SysOps administrator notices that two of the EC2 instances are in the same Availability Zone, rather than being distributed evenly across all three Availability Zones. There are no errors in the Auto Scaling group's activity history.
What is the MOST likely reason for the unexpected placement of EC2 instances?

  • A. The Auto Scaling group was configured for only two Availability Zones.
  • B. Amazon EC2 Auto Scaling randomly placed the instances in Availability Zones.
  • C. One Availability Zone did not have sufficient capacity for the requested EC2 instance type.
  • D. The ALB was configured for only two Availability Zones.

Answer: A

Explanation:
the autoscaling group is responsable to add the instances in the subnets


NEW QUESTION # 112
Users are reporting consistent forced logouts from a stateful web application. The web application Is hosted on Amazon EC2 instances that are in an Auto Scaling group. The instances run behind an Application Load Balancer (ALB) that has multiple target groups with one listener rule The ALB is configured as the origin in an Amazon CloudFront distribution.
Which combination of actions should a SysOps administrator take to resolve the logout problem? (Select TWO.)

  • A. Enable group-level stickiness on the ALB listener rule for the target groups.
  • B. Configure weighted target groups on the ALB.
  • C. Configure header forwarding in the CloudFront distribution's cache behavior settings.
  • D. Configure cookie forwarding in the CloudFront distribution's cache behavior settings.
  • E. Change to the least outstanding requests algorithm on the ALB target group.

Answer: A,D

Explanation:
* Problem Analysis:
* Users experience consistent forced logouts, indicating session data is not maintained properly.
* Causes may include issues with session persistence between CloudFront, ALB, and the backend servers.
* Action: Configure Cookie Forwarding in CloudFront:
* CloudFront must forward cookies to maintain session state. Without forwarding cookies, session- specific data cannot reach the backend.
* Update the Cache Behavior Settings in CloudFront:
* Go to the CloudFront distribution settings.
* In Cache Behaviors, select Forward Cookies.
* Specify the relevant cookies required by the application.
* Action: Enable Group-Level Stickiness in ALB:
* Group-level stickiness ensures that a user's session consistently maps to the same backend server, preventing session disruption.
* Steps:
* Open the ALB Console.
* Navigate to the Listener Rules.
* Enable Group-Level Stickiness for the target groups under the listener rule settings.
* Why Other Options Are Incorrect:
* A: Changing to the least outstanding requests algorithm will not address session stickiness issues.
* C: Forwarding headers does not resolve session-specific problems caused by cookies not being forwarded.
* E: Weighted target groups manage traffic distribution but do not address session persistence.
References:
* Amazon CloudFront Cookie Forwarding
* ALB Sticky Sessions Documentation


NEW QUESTION # 113
A company wants to use only IPv6 for all its Amazon EC2 instances. The EC2 instances must not be accessible from the internet, but the EC2 instances must be able to access the internet. The company creates a dual-stack VPC and IPv6-only subnets.
How should a SysOps administrator configure the VPC to meet these requirements?

  • A. Create and attach a NAT gateway. Create a custom route table that includes an entry to point all IPv6 traffic to the NAT gateway. Attach the custom route table to the IPv6-only subnets.
  • B. Create and attach an internet gateway. Create a custom route table that includes an entry to point all IPv6 traffic to the internet gateway. Attach the custom route table to the IPv6-only subnets.
  • C. Create and attach an egress-only internet gateway. Create a custom route table that includes an entry to point all IPv6 traffic to the egress-only internet gateway. Attach the custom route table to the IPv6-only subnets.
  • D. Create and attach an internet gateway and a NAT gateway. Create a custom route table that includes an entry to point all IPv6 traffic to the internet gateway and all IPv4 traffic to the NAT gateway. Attach the custom route table to the IPv6-only subnets.

Answer: C

Explanation:
To meet the requirement of using only IPv6 for all EC2 instances while allowing outbound internet access and preventing inbound internet access, an egress-only internet gateway is the correct solution. An egress-only internet gateway allows outbound communication over IPv6 and blocks inbound communication, ensuring that the instances can access the internet but are not directly accessible from the internet.
Create an Egress-Only Internet Gateway:
Open the Amazon VPC console at Amazon VPC Console.
In the navigation pane, choose Egress-only internet gateways.
Choose Create egress-only internet gateway, and then attach it to your VPC.
Create a Custom Route Table:
In the VPC console, navigate to Route Tables.
Create a new route table or select an existing one.
Add a route with the destination set to ::/0 (which represents all IPv6 addresses) and the target set to the egress-only internet gateway.
Attach the Route Table to IPv6-Only Subnets:
Associate the route table with the IPv6-only subnets in your VPC.
This configuration ensures that your IPv6-only EC2 instances can access the internet while being protected from inbound internet traffic.
Reference:
Egress-Only Internet Gateways
IPv6 Addresses


NEW QUESTION # 114
The SysOps administrator needs to address high disk I/O issues during EC2 instance bootstrap in an Auto Scaling group.
Options (Select TWO):

  • A. Change the instance type to an instance that is not Nitro-based.
  • B. Increase the EBS volume capacity.
  • C. Increase the EBS volume IOPS.
  • D. Increase the EBS volume throughput.
  • E. Increase the EC2 instance size.

Answer: C,D

Explanation:
To resolve issues with high disk I/O during the bootstrap process:
Increase EBS Volume IOPS: Higher IOPS allows the EBS volume to handle more input/output operations per second, which is critical for high I/O demands like downloading large Docker images.
Increase EBS Volume Throughput: Boosting throughput allows for faster data transfer rates, which is useful when the workload requires sustained high data throughput during initialization.
Increasing the instance size or changing the instance type is not necessary if the root cause is related specifically to EBS performance. Nitro instances generally provide higher performance and are well-suited for high I/O tasks.


NEW QUESTION # 115
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