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[Hardware] 100% Pass Quiz 2026 Professional SOA-C02: Latest Braindumps AWS Certified SysOps

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【Hardware】 100% Pass Quiz 2026 Professional SOA-C02: Latest Braindumps AWS Certified SysOps

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Amazon SOA-C02 (AWS Certified SysOps Administrator - Associate) Exam is designed for individuals who have experience in deploying, managing, and operating scalable, highly available, and fault-tolerant systems on the AWS platform. SOA-C02 exam validates the candidate's knowledge of AWS core services and their ability to create, deploy, and maintain applications on the AWS platform. SOA-C02 exam covers a wide range of topics, including AWS deployment and management, networking, security, and troubleshooting.
The AWS Certified SysOps Administrator - Associate certification is a valuable credential for IT professionals who work with AWS services. AWS Certified SysOps Administrator - Associate (SOA-C02) certification demonstrates that the individual has a deep understanding of AWS services and can manage and operate complex systems on the AWS platform. In addition, the certification helps individuals advance their careers by demonstrating their technical expertise to employers and clients. Passing the SOA-C02 Exam requires a combination of experience, knowledge, and preparation, and individuals who achieve this certification are well-positioned to succeed in the rapidly growing field of cloud computing.
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Amazon SOA-C02 Certification Exam is a highly respected credential in the IT industry and is recognized by organizations worldwide. Achieving this certification demonstrates an individual's commitment to professional development and their ability to manage and deploy applications on the AWS platform. AWS Certified SysOps Administrator - Associate (SOA-C02) certification can help IT professionals advance their careers and increase their earning potential, as well as provide them with the skills and knowledge needed to work effectively with AWS and other cloud-based technologies.
Amazon AWS Certified SysOps Administrator - Associate (SOA-C02) Sample Questions (Q335-Q340):NEW QUESTION # 335
A company is managing multiple AWS accounts in AWS Organizations The company is reviewing internal security of Its AWS environment The company's security administrator has their own AWS account and wants to review the VPC configuration of developer AWS accounts Which solution will meet these requirements in the MOST secure manner?
  • A. Create an IAM policy m each developer account that has read-only access related to VPC resources Assign the policy to a cross-account IAM role Ask the security administrator to assume the role from their account
  • B. Create an IAM policy in each developer account that has read-only access related to VPC resources Assign the policy to an IAM user Share the user credentials with the security administrator
  • C. Create an IAM policy in each developer account that has administrator access to all Amazon EC2 actions, including VPC actions Assign the policy to an IAM user Share the user credentials with the security administrator
  • D. Create an IAM policy in each developer account that has administrator access related to VPC resources Assign the policy to a cross-account IAM role Ask the security administrator to assume the role from their account
Answer: A
Explanation:
To review the VPC configuration of developer AWS accounts securely, the best practice is to use cross-account IAM roles with read-only access.
* Create an IAM Policy with Read-Only Access:
* Navigate to the IAM console in each developer account.
* Create a new policy with read-only access to VPC resources. For example:
"Version": "2012-10-17",
"Statement": [
{
"Effect": "Allow",
"Action": [
"ec2escribeVpcs",
"ec2escribeSubnets",
"ec2escribeRouteTables",
"ec2escribeSecurityGroups",
"ec2escribeNetworkAcls"
],
"Resource": "*"
}
]
}
* Save the policy.
* Create a Cross-Account IAM Role:
* In the IAM console, choose "Roles" and then "Create role".
* Select "Another AWS account" and enter the AWS account ID of the security administrator's account.
* Attach the read-only policy created in step 1 to the role.
* Save the role and note the role ARN.
* Assume the Role from the Security Administrator's Account:
* In the security administrator's account, navigate to the IAM console.
* Use the "Switch Role" option to assume the cross-account role created in the developer account using the role ARN.
* The security administrator can now access the VPC configuration of the developer accounts with read-only permissions.
References:
* Cross-Account Access
* Creating and Managing IAM Policies

NEW QUESTION # 336
A company has applications that process transaction requests multiple times each minute. The applications write transaction data to a single Amazon RDS DB instance. As the company begins to process more transactions, the company becomes concerned that it has no failover solution in place for disaster recovery (DR). The company needs the DB instance to fail over automatically without losing any committed transactions.
Which solution will meet these requirements?
  • A. Modify the DB instance to be a Multi-AZ deployment.
  • B. Setup an Amazon CloudWatch alarm that monitors the DB instance memory utilization with a threshold greater than 90%. Invoke an AWS Lambda function to restart the DB instance.
  • C. Create an RDS read replica in the same AWS Region. Configure an AWS Lambda function to promote the replica as the primary DB instance during a DR scenario.
  • D. Create an RDS read replica in a different AWS Region. Configure an AWS Lambda function to promote the replica as the primary DB instance during a DR scenario.
Answer: A
Explanation:
For an RDS instance that needs high availability and automatic failover capabilities, setting it up as a Multi-AZ deployment is the most effective solution:
* Multi-AZ Deployment: This feature allows Amazon RDS to automatically provision and manage a synchronous standby replica of your database in a different Availability Zone (AZ). The primary DB instance and the standby replica contain the same data, providing data redundancy and fail-safe
* mechanism.
* Automatic Failover: In the event of a planned or unplanned outage of your primary DB instance (including DB instance failure, AZ failure, or network failure), RDS automatically fails over to the standby so that database operations can resume quickly without administrative intervention.
* Data Integrity: This setup ensures no data loss for committed transactions, as the standby replica is always in sync with the primary.
By enabling Multi-AZ deployment, you ensure that your database environment has high availability and robustness, addressing both disaster recovery and operational continuity without losing any committed transactions.

NEW QUESTION # 337
An ecommerce company has built a web application that uses an Amazon Aurora DB cluster. The DB cluster includes memory optimized instance types with both a writer node and a reader node.
Traffic volume changes throughout the day. During sudden traffic surges, Amazon CloudWatch metrics for the DB cluster indicate high RAM consumption and an increase in select latency.
A SysOps administrator must implement a configuration change to improve the performance of the DB cluster. The change must minimize downtime and must not result in the loss of data.
Which change will meet these requirements?
  • A. Increase the disk storage capacity of the DB cluster to double the existing disk capacity.
  • B. Take a snapshot of the DB cluster. From that snapshot, create a new DB cluster that has larger memory optimized instances.
  • C. Add an Aurora Replica to the DB cluster.
  • D. Modify the DB cluster to convert the DB cluster into a multi-master DB cluster.
Answer: C
Explanation:
Memory Issues and select latency are more related with read process.

NEW QUESTION # 338
A company decides to stop non-production Amazon EC2 instances during the EC2 instances. The company's IT manager must receive notification in near real time whenever an EC2 instance that has an environment type tag value of non-production is started during the night.
Which solution will meet this requirement with the MOST operational efficiency?
  • A. Store the EC2 instance metadata, including the environment type, in an Amazon DynamoDB table. Deploy a custom application to an EC2 instance. Configure the custom application to poll the DynamoDB data every minute during the night and to query the Amazon EC2 API to determine the state of each instance. Additionally, configure the custom application to send an email notification to the IT manager for each non-production EC2 instance that is in the running state.
  • B. Deploy an AWS Lambda function that queries the Amazon EC2 API to determine the state of each EC2 instance. Use the EC2 instance scheduler to configure the Lambda function to run every minute during the night and to send an email notification to the IT manager for each non-production EC2 instance that is in the running state.
  • C. Configure an AWS Lambda function with an SMTP client library. Subscribe the Lambda function to the AWS Health Dashboard to receive notification whenever an EC2 instance is in the running state. Configure the Lambda function to use Amazon Pinpoint to send email notifications to the IT manager. Deploy a second Lambda function to throttle calls from the first Lambda function during the daytime.
  • D. Create an Amazon EventBridge rule that includes the EC2 Instance State-change Notification event type. Filter the event to capture only the running state. Create an AWS Lambda function as a target of the rule. Configure the Lambda function to check the current time and the EC2 instances' tags to determine the environment type. Create an Amazon Simple Notification Service (Amazon SNS) topic as a target of the Lambda function for notifications. Subscribe the IT manager's email address to the SNS topic.
Answer: D
Explanation:
The requirement is to monitor and notify whenever a non-production EC2 instance is started during the night. Amazon EventBridge offers a robust solution by triggering workflows in response to events.
Setting up Amazon EventBridge: Create an EventBridge rule that listens for the "EC2 Instance State-change Notification" event. Configure the rule to trigger only when instances transition to the "running" state.
Lambda Function: Attach a Lambda function as the target of the EventBridge rule. This function will execute when an EC2 instance starts. Inside the Lambda function, implement logic to check the current time and confirm it is during the night hours. Additionally, the function will check the instance's tags to verify if it's labeled as "non-production".
Notification via Amazon SNS: If the conditions are met (non-production and nighttime), the Lambda function publishes a message to an Amazon SNS topic specifically set up for this alert. The IT manager is subscribed to this topic, enabling them to receive an email notification almost instantaneously when the event occurs.
This solution is operationally efficient as it leverages serverless components that are inherently scalable and cost-effective, providing real-time monitoring and notifications without the need for continuous polling or complex infrastructure.

NEW QUESTION # 339
A company is deploying a third-party unit testing solution that is delivered as an Amazon EC2 Amazon Machine Image (AMI). All system configuration data is stored in Amazon DynamoDB. The testing results are stored in Amazon S3.
A minimum of three EC2 instances are required to operate the product. The company's testing team wants to use an additional three EC2 Instances when the Spot Instance prices are at a certain threshold. A SysOps administrator must Implement a highly available solution that provides this functionality.
Which solution will meet these requirements with the LEAST operational overhead?
  • A. Define an Amazon EC2 Auto Scaling group by using a launch template. Use the provided AMI in the launch template. Configure three On-Demand Instances and three Spot Instances. Configure a maximum Spot Instance price In the launch template.
  • B. Define an Amazon EC2 Auto Scaling group by using a launch configuration. Use the provided AMI In the launch configuration. Configure three On-Demand Instances and three Spot Instances. Configure a maximum Spot Instance price In the launch configuration.
  • C. Define two Amazon EC2 Auto Scaling groups by using launch configurations. Use the provided AMI in the launch configurations. Configure three On-Demand Instances for one Auto Scaling group.
    Configure three Spot Instances for the other Auto Scaling group. Configure a maximum Spot Instance price in the launch configuration for the Auto Scaling group that has Spot Instances.
  • D. Define two Amazon EC2 Auto Scaling groups by using launch templates. Use the provided AMI in the launch templates. Configure three On-DemandInstances for one Auto Scaling group. Configure three Spot Instances for the other Auto Scaling group. Configure a maximum Spot Instance price in the launch template for the Auto Scaling group that has Spot Instances.
Answer: A
Explanation:
To implement a highly available solution that provides the functionality to use a minimum of three On- Demand instances and three Spot instances when prices are at a certain threshold, defining an Amazon EC2 Auto Scaling group using a launch template is the most suitable solution. This approach minimizes operational overhead by consolidating configuration and management tasks.
* Define a Launch Template:
* Use the provided AMI in the launch template.
* Configure the instance type, key pair, security groups, and other necessary parameters.
* Create an Auto Scaling Group:
* Use the launch template for the Auto Scaling group.
* Specify a desired capacity of three On-Demand instances.
* Configure the Auto Scaling group to use mixed instances policies, which allow you to specify a combination of On-Demand and Spot instances.
* Set the maximum price for Spot instances in the launch template to ensure that Spot instances are used only when their prices are below the specified threshold.
* Configuration Steps:
* Open the EC2 console and navigate to "Launch Templates."
* Create a new launch template with the necessary configurations.
* Navigate to "Auto Scaling Groups" and create a new Auto Scaling group using the launch template.
* Configure the desired capacity, minimum capacity, and maximum capacity.
* Under "Advanced Options," specify the mixed instances policy and set the maximum price for Spot instances.
Amazon EC2 Auto Scaling Launch Templates
Auto Scaling Mixed Instances Policies

NEW QUESTION # 340
......
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