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Amazon AWS Certified Cloud Practitioner CLF-C02 Bundle

Exam Code: AWS Certified Cloud Practitioner CLF-C02

Exam Name AWS Certified Cloud Practitioner CLF-C02

Certification Provider: Amazon

Corresponding Certification: AWS Certified Cloud Practitioner

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Amazon AWS Certified Cloud Practitioner CLF-C02 Practice Test 1

Question 1

A company wants order-created and order-canceled events routed to different targets by event attributes, without custom point-to-point integrations. Which response BEST fits this cloud scenario?

  1. Use Amazon EventBridge for supported event routing patterns.
  2. Use Amazon SQS for decoupled message buffering.
  3. Publish both order-event types to an SNS topic with no subscription filtering, delivering every event to every subscribed target.
  4. Use Amazon Simple Email Service for appropriate outbound email sending.

Explanation

Correct Answer

A:

Use Amazon EventBridge for supported event routing patterns. This choice addresses the specific business requirement: EventBridge routes events from producers to rules and targets based on event properties. A clear way to confirm success is: A controlled event reaches only its matching target rule. To sustain the result: Review event schema and retries for downstream consumers.

Incorrect Answers

B:

SQS lets producers enqueue work and consumers process it asynchronously. In this question, however, eventBridge routes events from producers to rules and targets based on event properties. The answer that meets the requirement is: Use Amazon EventBridge for supported event routing patterns.

C:

An SNS topic with no subscription filter policies delivers all published events to each subscriber; this does not select different targets by order-event attributes. SNS CAN provide filtered delivery with explicit subscription filter policies, but the proposed unfiltered configuration does not. EventBridge event-pattern rules directly satisfy the selected design.

D:

Amazon SES is an email delivery service, not a general message queue. In this question, however, eventBridge routes events from producers to rules and targets based on event properties. The answer that meets the requirement is: Use Amazon EventBridge for supported event routing patterns.

Question 2

A team finds unusual crypto-mining signals and wants a managed threat-detection finding. Which high-level AWS choice is MOST suitable for the business need?

  1. Recognize security groups as stateful resource-level controls and network ACLs as stateless subnet controls.
  2. Use Amazon GuardDuty rather than treating WAF as the primary anomaly detector.
  3. Consider AWS Network Firewall where appropriate for VPC network inspection.
  4. Use AWS WAF on a supported application entry point.

Explanation

Correct Answer

B:

Use Amazon GuardDuty rather than treating WAF as the primary anomaly detector. This choice addresses the specific business requirement: GuardDuty identifies suspicious behavior across supported telemetry, whereas WAF applies web request rules. A clear way to confirm success is: A representative suspicious-event test appears in the threat-detection workflow. To sustain the result: Assign finding triage and escalation owners.

Incorrect Answers

A:

Their statefulness and association scopes differ even when both filter network traffic. In this question, however, guardDuty identifies suspicious behavior across supported telemetry, whereas WAF applies web request rules. The answer that meets the requirement is: Use Amazon GuardDuty rather than treating WAF as the primary anomaly detector.

C:

Network Firewall applies network-layer filtering, distinct from AWS WAF's web application request rules. In this question, however, guardDuty identifies suspicious behavior across supported telemetry, whereas WAF applies web request rules. The answer that meets the requirement is: Use Amazon GuardDuty rather than treating WAF as the primary anomaly detector.

D:

WAF inspects web requests using rules; it is not a general replacement for host antivirus. In this question, however, guardDuty identifies suspicious behavior across supported telemetry, whereas WAF applies web request rules. The answer that meets the requirement is: Use Amazon GuardDuty rather than treating WAF as the primary anomaly detector.

Question 3

A compute node needs very fast scratch space but the business does not require those bytes to survive host loss. Which high-level AWS choice is MOST suitable for the business need?

  1. Use Amazon S3 object storage for supported object workloads.
  2. Consider Amazon EFS for managed shared file storage.
  3. Use compatible EC2 instance store as ephemeral local storage.
  4. Evaluate an appropriate Amazon S3 Glacier archival storage class.

Explanation

Correct Answer

C:

Use compatible EC2 instance store as ephemeral local storage. This choice addresses the specific business requirement: Instance store is tied to the physical host lifecycle and should not hold sole durable copies. A clear way to confirm success is: A test workload uses temporary local files while authoritative data remains elsewhere. To sustain the result: Document instance-store data-loss behavior before deployment.

Incorrect Answers

A:

S3 stores data as objects in buckets rather than a mounted EC2 boot volume. In this question, however, instance store is tied to the physical host lifecycle and should not hold sole durable copies. The answer that meets the requirement is: Use compatible EC2 instance store as ephemeral local storage.

B:

EFS provides elastic file-system access to multiple supported clients, unlike one instance's local disk. In this question, however, instance store is tied to the physical host lifecycle and should not hold sole durable copies. The answer that meets the requirement is: Use compatible EC2 instance store as ephemeral local storage.

D:

S3 archival tiers trade retrieval speed and access conditions for different storage economics. In this question, however, instance store is tied to the physical host lifecycle and should not hold sole durable copies. The answer that meets the requirement is: Use compatible EC2 instance store as ephemeral local storage.

Question 4

A team wants a service deployed close to customers but ignores that a desired AWS service is unavailable in its chosen Region. Which high-level AWS choice is MOST suitable for the business need?

  1. Use more than one AZ when the business requires protection from an AZ outage.
  2. Select an AWS Region consistent with residency and service availability requirements.
  3. Distribute capacity across multiple Availability Zones in that Region.
  4. Compare service availability across candidate Regions before placement.

Explanation

Correct Answer

D:

Compare service availability across candidate Regions before placement. This choice addresses the specific business requirement: AWS services and features are not automatically supported in every Region. A clear way to confirm success is: The planned service is available and approved in the chosen geography. To sustain the result: Recheck regional service support during architecture updates.

Incorrect Answers

A:

Multiple machines inside one AZ can still share the same zone failure domain. In this question, however, aWS services and features are not automatically supported in every Region. The answer that meets the requirement is: Compare service availability across candidate Regions before placement.

B:

Regions are distinct geographic locations and matter for data location and supported services. In this question, however, aWS services and features are not automatically supported in every Region. The answer that meets the requirement is: Compare service availability across candidate Regions before placement.

C:

Availability Zones have separate infrastructure failure domains within a Region. In this question, however, aWS services and features are not automatically supported in every Region. The answer that meets the requirement is: Compare service availability across candidate Regions before placement.

Question 5

A customer requires that browser-to-web-service communication be encrypted while crossing the Internet. Which AWS concept, service, or responsibility BEST addresses the stated requirement?

  1. Use TLS for encryption in transit rather than relying only on disk encryption.
  2. Use CloudTrail for supported API auditing and CloudWatch for metrics, alarms and application logs.
  3. Use appropriate AWS Artifact reports and Audit Manager assessments for distinct evidence needs.
  4. Select AWS Regions and data handling configurations consistent with legal residency needs.

Explanation

Correct Answer

A:

Use TLS for encryption in transit rather than relying only on disk encryption. This choice addresses the specific business requirement: Encryption at rest and encryption in transit protect data in different states. A clear way to confirm success is: A client connection negotiates a permitted TLS version and validates its endpoint certificate. To sustain the result: Enforce approved HTTPS settings and certificate renewal monitoring.

Incorrect Answers

B:

CloudTrail and CloudWatch provide complementary evidence with different purposes. In this question, however, encryption at rest and encryption in transit protect data in different states. The answer that meets the requirement is: Use TLS for encryption in transit rather than relying only on disk encryption.

C:

Provider compliance reports and customer control evidence answer different audit questions. In this question, however, encryption at rest and encryption in transit protect data in different states. The answer that meets the requirement is: Use TLS for encryption in transit rather than relying only on disk encryption.

D:

AWS compliance reports do not supersede customer-specific geographical obligations. In this question, however, encryption at rest and encryption in transit protect data in different states. The answer that meets the requirement is: Use TLS for encryption in transit rather than relying only on disk encryption.

Question 6

An application team wants to know if account activity and host metrics are the same observability source. What is the MOST appropriate AWS-related decision here?

  1. Use Amazon Inspector for supported vulnerability assessment.
  2. Use CloudTrail for supported API auditing and CloudWatch for metrics, alarms and application logs.
  3. Use Amazon GuardDuty for managed threat detection based on supported signals.
  4. Use AWS Key Management Service for supported key creation and controlled usage.

Explanation

Correct Answer

B:

Use CloudTrail for supported API auditing and CloudWatch for metrics, alarms and application logs. This choice addresses the specific business requirement: CloudTrail and CloudWatch provide complementary evidence with different purposes. A clear way to confirm success is: A test API change appears in audit history while CPU load appears in a metric dashboard. To sustain the result: Maintain both signal types where operational and security policies require them.

Incorrect Answers

A:

Inspector evaluates software vulnerabilities and exposure; it is not an API audit history service. In this question, however, cloudTrail and CloudWatch provide complementary evidence with different purposes. The answer that meets the requirement is: Use CloudTrail for supported API auditing and CloudWatch for metrics, alarms and application logs.

C:

GuardDuty analyzes sources such as AWS activity and network telemetry to identify suspicious behavior. In this question, however, cloudTrail and CloudWatch provide complementary evidence with different purposes. The answer that meets the requirement is: Use CloudTrail for supported API auditing and CloudWatch for metrics, alarms and application logs.

D:

KMS centrally manages cryptographic key controls; it does not automatically classify data. In this question, however, cloudTrail and CloudWatch provide complementary evidence with different purposes. The answer that meets the requirement is: Use CloudTrail for supported API auditing and CloudWatch for metrics, alarms and application logs.

Question 7

A security reviewer wants to identify an S3 bucket policy that grants access outside its approved accounts. Which high-level AWS choice is MOST suitable for the business need?

  1. Grant narrowly scoped permissions following the principle of least privilege.
  2. Recognize that an applicable explicit deny overrides an allow in AWS authorization.
  3. Use IAM Access Analyzer to review supported external access findings.
  4. Rotate the exposed credential and move it to an approved secret manager.

Explanation

Correct Answer

C:

Use IAM Access Analyzer to review supported external access findings. This choice addresses the specific business requirement: Resource policies can grant cross-account reachability not visible from user policies alone. A clear way to confirm success is: An intentionally external bucket grant is reported for owner review. To sustain the result: Investigate and resolve newly published external access findings.

Incorrect Answers

A:

IAM permissions should permit required actions and resources rather than broad account administration. In this question, however, resource policies can grant cross-account reachability not visible from user policies alone. The answer that meets the requirement is: Use IAM Access Analyzer to review supported external access findings.

B:

The IAM evaluation model enforces explicit denies before permits from applicable policies. In this question, however, resource policies can grant cross-account reachability not visible from user policies alone. The answer that meets the requirement is: Use IAM Access Analyzer to review supported external access findings.

D:

Credentials committed to repositories can remain exposed in history even after file deletion. In this question, however, resource policies can grant cross-account reachability not visible from user policies alone. The answer that meets the requirement is: Use IAM Access Analyzer to review supported external access findings.

Question 8

A cloud account stores encrypted disks but exposes application traffic over plain HTTP. Which high-level AWS choice is MOST suitable for the business need?

  1. Select AWS Regions and data handling configurations consistent with legal residency needs.
  2. Use AWS CloudTrail event records for API activity auditing.
  3. Use Amazon GuardDuty for managed threat detection based on supported signals.
  4. Add appropriate transport encryption alongside at-rest protection.

Explanation

Correct Answer

D:

Add appropriate transport encryption alongside at-rest protection. This choice addresses the specific business requirement: Disk encryption does not protect plaintext packets sent over a network. A clear way to confirm success is: Network inspection confirms application credentials travel inside TLS connections. To sustain the result: Test both stored-data and network encryption separately.

Incorrect Answers

A:

AWS compliance reports do not supersede customer-specific geographical obligations. In this question, however, disk encryption does not protect plaintext packets sent over a network. The answer that meets the requirement is: Add appropriate transport encryption alongside at-rest protection.

B:

CloudTrail captures supported account activity and API calls, distinct from performance metrics. In this question, however, disk encryption does not protect plaintext packets sent over a network. The answer that meets the requirement is: Add appropriate transport encryption alongside at-rest protection.

C:

GuardDuty analyzes sources such as AWS activity and network telemetry to identify suspicious behavior. In this question, however, disk encryption does not protect plaintext packets sent over a network. The answer that meets the requirement is: Add appropriate transport encryption alongside at-rest protection.

Question 9

A business uses SQL transactions and wants AWS to manage its relational database infrastructure. Which AWS concept, service, or responsibility BEST addresses the stated requirement?

  1. Consider Amazon RDS for supported relational database engines.
  2. Use Amazon ElastiCache for supported in-memory caching.
  3. Recognize an EC2-hosted database as self-managed at the operating system and engine layers.
  4. Consider AWS Schema Conversion Tool for supported schema and code conversion assessment.

Explanation

Correct Answer

A:

Consider Amazon RDS for supported relational database engines. This choice addresses the specific business requirement: RDS manages significant database platform operations while preserving relational SQL models. A clear way to confirm success is: The application performs expected relational queries on the managed database. To sustain the result: Keep schema design and data-access policy under customer review.

Incorrect Answers

B:

ElastiCache keeps frequently accessed data in memory rather than acting as the system of record for all database history. In this question, however, rDS manages significant database platform operations while preserving relational SQL models. The answer that meets the requirement is: Consider Amazon RDS for supported relational database engines.

C:

Running a database on a virtual server does not automatically create managed RDS responsibilities. In this question, however, rDS manages significant database platform operations while preserving relational SQL models. The answer that meets the requirement is: Consider Amazon RDS for supported relational database engines.

D:

AWS SCT helps assess and convert database schema objects rather than merely copying table data. In this question, however, rDS manages significant database platform operations while preserving relational SQL models. The answer that meets the requirement is: Consider Amazon RDS for supported relational database engines.

Question 10

An organization argues that cloud customers must buy the same maximum capacity as a private data center. Which response BEST fits this cloud scenario?

  1. Use short-lived metered cloud experiments with explicit spending guardrails.
  2. Explain variable cost economics and scaling capacity with actual usage.
  3. Automate repeatable provisioning to reduce labor and inconsistent configurations.
  4. Include decommissioning and transition costs in the cloud TCO comparison.

Explanation

Correct Answer

B:

Explain variable cost economics and scaling capacity with actual usage. This choice addresses the specific business requirement: Consumption-based capacity changes the need to commit to peak demand hardware. A clear way to confirm success is: A cost model scales hourly compute spend with active workload hours. To sustain the result: Budget for storage and network charges even when compute scales down.

Incorrect Answers

A:

Variable consumption lets the company limit exposure while evaluating uncertain demand. In this question, however, consumption-based capacity changes the need to commit to peak demand hardware. The answer that meets the requirement is: Explain variable cost economics and scaling capacity with actual usage.

C:

Automation lowers recurring manual work and reduces human setup errors. In this question, however, consumption-based capacity changes the need to commit to peak demand hardware. The answer that meets the requirement is: Explain variable cost economics and scaling capacity with actual usage.

D:

Duplicate infrastructure during migration can temporarily increase total spending. In this question, however, consumption-based capacity changes the need to commit to peak demand hardware. The answer that meets the requirement is: Explain variable cost economics and scaling capacity with actual usage.