Question # 1
A SysOps administrator recently configured Amazon S3 Cross-Region Replication on an
S3 bucket
Which of the following does this feature replicate to the destination S3 bucket by default? | A. Objects in the source S3 bucket for which the bucket owner does not have permissions
| B. Objects that are stored in S3 Glacier
| C. Objects that existed before replication was configured
| D. Object metadata |
D. Object metadata
Explanation:
Amazon S3 Cross-Region Replication (CRR) is a feature that automatically replicates
objects across AWS regions. When CRR is configured, certain aspects are replicated by
default, and some are not. Here are the details: -
Objects in the source S3 bucket for which the bucket owner does not have
permissions: CRR does not replicate objects for which the bucket owner does not
have permissions.
-
Objects that are stored in S3 Glacier: Objects in the S3 Glacier storage class are
not replicated by CRR.
-
Objects that existed before replication was configured: Only objects created or
modified after the replication configuration will be replicated. Objects that existed
before the configuration are not replicated by default.
-
Object metadata: CRR replicates the object metadata along with the object to
ensure that the replica in the destination bucket is as accurate as possible.
Question # 2
A company has a public web application that experiences rapid traffic increases after
advertisements appear on local television. The application runs on Amazon EC2 instances
that are in an Auto Scaling group. The Auto Scaling group is not keeping up with the traffic
surges after an advertisement runs. The company often needs to scale out to 100 EC2
instances during the traffic surges.
The instance startup times are lengthy because of a boot process that creates machinespecific
data caches that are unique to each instance. The exact timing of when the
advertisements will appear on television is not known. A SysOps administrator must
implement a solution so that the application can function properly during the traffic surges.
Which solution will meet these requirements? | A. Create a warm pool. Keep enough instances in the Slopped state to meet the increased
demand. | B. Start 100 instances. Allow the boot process to finish running. Store this data on the instance store volume before stopping the instances. | C. Increase the value of the instance warmup time in the scaling policy. | D. Use predictive scaling for the Auto Scaling group. |
A. Create a warm pool. Keep enough instances in the Slopped state to meet the increased
demand.
Explanation:
To address the issue of slow startup times during unexpected traffic surges, a warm pool
for the Auto Scaling group is an effective solution: -
Warm Pool Concept: A warm pool allows you to maintain a set of pre-initialized or
partially initialized EC2 instances that are not actively serving traffic but can be
quickly brought online when needed.
-
Management of Instances: Instances in the warm pool can be kept in a stopped
state and then started much more quickly than launching new instances, as the
machine-specific data caches are already created.
-
Scalability and Responsiveness: During a surge in traffic, especially unpredictable
ones like those triggered by advertisements, instances from the warm pool can be
rapidly activated to handle the increased load, ensuring that the application
remains responsive without the typical delays associated with boot processes.
This method significantly reduces the time to scale out by utilizing pre-warmed instances,
enhancing the application's ability to cope with sudden and substantial increases in traffic.
Question # 3
A SysOps administrator is evaluating Amazon Route 53 DNS options to address concerns about high availability for an on-premises website. The website consists of two servers: a primary active server and a secondary passive server. Route 53 should route traffic to the primary server if the associated health check returns 2xx or 3xx HTTP codes. All other traffic should be directed to the secondary passive server. The failover record type, set ID. and routing policy have been set appropriately for both primary and secondary servers. Which next step should be taken to configure Route 53?
| A. Create an A record for each server. Associate the records with the Route 53 HTTP health check.
| B. Create an A record for each server. Associate the records with the Route 53 TCP health check.
| C. Create an alias record for each server with evaluate target health set to yes. Associate the records with the Route 53 HTTP health check.
| D. Create an alias record for each server with evaluate target health set to yes. Associate the records with the Route 53 TCP health check |
A. Create an A record for each server. Associate the records with the Route 53 HTTP health check.
Question # 4
A company has a public website that recently experienced problems. Some links led to
missing webpages, and other links rendered incorrect webpages. The application
infrastructure was running properly, and all the provisioned resources were healthy.
Application logs and dashboards did not show any errors, and no monitoring alarms were
raised. Systems administrators were not aware of any problems until end users reported
the issues.
The company needs to proactively monitor the website for such issues in the future and
must implement a solution as soon as possible.
Which solution will meet these requirements with the LEAST operational overhead? | A. Rewrite the application to surface a custom error to the application log when issues
occur. Automatically parse logs for errors. Create an Amazon CloudWatch alarm to provide
alerts when issues are detected. | B. Create an AWS Lambda function to test the website. Configure the Lambda function to
emit an Amazon CloudWatch custom metric when errors are detected. Configure a
CloudWatch alarm to provide alerts when issues are detected. | C. Create an Amazon CloudWatch Synthetics canary. Use the CloudWatch Synthetics
Recorder plugin to generate the script for the canary run. Configure the canary in line with
requirements. Create an alarm to provide alerts when issues are detected. |
C. Create an Amazon CloudWatch Synthetics canary. Use the CloudWatch Synthetics
Recorder plugin to generate the script for the canary run. Configure the canary in line with
requirements. Create an alarm to provide alerts when issues are detected.
Explanation:
Amazon CloudWatch Synthetics allows you to create canaries that monitor your endpoints
and APIs. Canaries are scripts that run on a schedule to check your application’s
availability and performance, and can detect issues before your customers do.
Question # 5
A company has an internal web application that runs on Amazon EC2 instances behind an Application Load Balancer. The instances run in an Amazon EC2 Auto Scaling group in a single Availability Zone. A SysOps administrator must make the application highly available. Which action should the SysOps administrator take to meet this requirement?
| A. Increase the maximum number of instances in the Auto Scaling group to meet the capacity that is required at peak usage.
| B. Increase the minimum number of instances in the Auto Scaling group to meet the capacity that is required at peak usage. • C. Update the Auto Scaling group to launch new instances in a second Availability Zone in the same AWS Region.
| C. Update the Auto Scaling group to launch new instances in an Availability Zone in a second AWS Region. |
C. Update the Auto Scaling group to launch new instances in an Availability Zone in a second AWS Region.
Question # 6
A SysOps administrator needs to update an AWS accoun1 name What should the SysOps
administrator do to accomplish this goal? | A. Add the Administrator Access policy to the SysOps administrator's 1AM user.
| B. Add the AWS_ConfigRole policy to the SysOps administrator's 1AM user.
| C. Change the AWS account name through the AWS Trusted Advisor interface.
| D. Sign in as the AWS account root user to make the change |
D. Sign in as the AWS account root user to make the change
Question # 7
A company's security policy requires incoming SSH traffic to be restricted to a defined set
of addresses. The company is using an AWS Config rule to check whether security groups
allow unrestricted incoming SSH traffic.
A SysOps administrator discovers a noncompliant resource and fixes the security group
manually. The SysOps administrator wants to automate the remediation of other
noncomphant resources.
What is the MOST operationally efficient solution that meets these requirements? | A. Create an Amazon CloudWatch alarm for the AWS Config rule's status metric Create an
AWS Lambda function that can remove the noncompliant rule from the security group.
Configure the alarm action to invoke the Lambda function.
| B. Configure an automatic remediation action on the AWS Config rule Specify the AWSDisablelncommgSSHOnPort22
remediation action.
| C. Configure an Amazon EventBridge rule for AWS Config configuration item change
events. Create an AWS Lambda function that can remove the noncompliant rule from the
security group. Configure the rule to invoke the Lambda function.
| D. Create an AWS Lambda function that can analyze a security group's inbound rules to
check for unrestricted SSH access. Configure the Lambda function to remove the
noncompliant rule from the security group. Configure an Amazon EventBridge rule to
invoke the Lambda function every hour. |
B. Configure an automatic remediation action on the AWS Config rule Specify the AWSDisablelncommgSSHOnPort22
remediation action.
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Certified SysOps Administrator – Associate. Earning this credential validates
your ability to manage, deploy, and operate workloads within the AWS cloud
infrastructure. It is a valuable asset for system administrators seeking to
demonstrate their cloud operations expertise.
Here is a deep dive into the SOA-C02 exam, covering its
purpose, format, and practical preparation strategies:
Exam Purpose and Target Audience:
This exam is designed for system administrators with at
least one year of hands-on experience managing cloud deployments on AWS. It
assesses your understanding of core AWS services and ability to apply them in
real-world scenarios.
Exam Format and Content:
The SOA-C02 exam is a 190-minute assessment consisting of
three key components:
- Multiple-Choice/Multiple-Response
Questions (Approximately 50 scored, 15 unscored): These questions
test your theoretical knowledge across various AWS domains, including:
- Deployment, Management, and Monitoring of AWS workloads
- Security and Compliance Best Practices on AWS
- Networking and Connectivity within the AWS Cloud
- Troubleshooting and Incident Response Techniques
- Cost Optimization strategies for your AWS deployments
- Unscored
Pilot Questions (15): These questions are not included in your
final score but are used by AWS to evaluate potential additions to future
exams. Treat them seriously, as they can still challenge your knowledge.
- Hands-on
Labs (3): This is where the rubber meets the road. You will be
presented with real-world scenarios requiring you to perform specific
tasks within the AWS Management Console or AWS CLI. These labs assess your
practical skills in managing and troubleshooting AWS resources.
Effective Preparation Strategies:
To conquer the SOA-C02 exam, a well-rounded study plan is
crucial:
- Official
AWS Resources: Start with the official AWS Certified SysOps
Administrator - Associate (SOA-C02) Exam Guide, a comprehensive resource
outlining the exam content and providing valuable study tips (https://www.amazon.com/Certified-SysOps-Administrator-Official-Study/dp/1119377420).
- Practice
Exams: Supplement your learning with practice exams from RealBraindumps. These exams simulate the actual
exam format and pinpoint areas requiring further study.
- Hands-on
Labs: Do not forget to consider the hands-on portion. Follow lab
tutorials and practice every day administrative tasks to familiarize
yourself with the AWS Management Console and AWS CLI. While the actual
labs may differ slightly, building practical skills is essential.
- Community
Resources: Join online communities and forums dedicated to the
AWS SysOps Administrator certification. Here, you can connect with other
exam-takers, ask questions, and share study experiences.
Conclusion:
The SOA-C02 exam is a challenging but rewarding assessment
for system administrators aiming to solidify their expertise in AWS cloud
operations. With dedicated study, a comprehensive understanding of AWS
services, and strong practical skills, you will be well-equipped to conquer
this exam and advance your cloud career.
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FAQs of SOA-C02 Exam
What is the target audience for the AWS Certified SysOps Administrator – Associate (SOA-C02) exam?
The exam is intended for system administrators in a cloud
operations role with at least one year of hands-on experience with
deployment, management, networking, and security on AWS.
What tasks does the AWS Certified SysOps Administrator – Associate (SOA-C02) exam validate a candidate's ability to complete?
The exam validates a candidate's ability to deploy, manage, and
operate workloads on AWS, support and maintain AWS workloads according
to the AWS Well-Architected Framework, perform operations using the AWS
Management Console and AWS CLI, implement security controls to meet
compliance requirements, monitor, log, and troubleshoot systems, apply
networking concepts, implement architectural requirements, perform
business continuity and disaster recovery procedures, and identify,
classify, and remediate incidents.
What are the recommended prerequisites for taking the AWS SOA-C02 exam?
The recommended prerequisites include a minimum of 1 year of
hands-on experience with AWS technology, experience in deploying,
managing, and operating workloads on AWS, understanding of the AWS
Well-Architected Framework, hands-on experience with the AWS Management
Console and AWS CLI, understanding of AWS networking and security
services, and hands-on experience in implementing security controls and
compliance requirements.
What types of questions can appear on the AWS SOA-C02 exam?
Three types of questions may appear: multiple choice (with one
correct response and three incorrect responses), multiple responses
(with two correct responses out of five options), and exam lab (with a
scenario composed of tasks to perform in the AWS Management Console or
AWS CLI).
How are unanswered questions scored in the AWS SOA-C02 exam?
Unanswered questions are scored as incorrect, and there is no penalty for guessing.
What are the sections included in the AWS SOA-C02 exam?
The exam consists of multiple-choice and multiple-response
questions in one section, followed by exam labs. There is a review
screen at the end of the multiple-choice and multiple-response sections.
What is the passing score for the AWS Certified SysOps Administrator – Associate (SOA-C02) exam?
The SOA-C02 Exam passing score is 720 out of a possible range of 100 to 1000.
How are exam results reported for the AWS SOA-C02 exam?
Exam results are reported as a score from 100 to 1000, with a
passing score 720. The score report also includes feedback on
performance at each section level.
What are the main content domains and their weightings for the AWS SOA-C02 exam?
The main content domains and their weightings are as follows: • Monitoring, Logging, and Remediation (20%) • Reliability and Business Continuity (16%) • Deployment, Provisioning, and Automation (18%) • Security and Compliance (16%) • Networking and Content Delivery (18%) • Cost and Performance Optimization (12%)
What are examples of tasks within Domain 1: Monitoring, Logging, and Remediation for the AWS Certified SysOps Administrator – Associate exam?
Examples of tasks include implementing metrics, alarms, and
filters using AWS monitoring and logging services, collecting metrics
and logs using the CloudWatch agent, creating CloudWatch alarms and
dashboards, configuring notifications, and remediating issues based on
monitoring and availability metrics.
|