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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 20

Question 190

An enterprise asks how to reduce the burden of collecting evidence for recurring SOC-related audits. What is the MOST appropriate AWS-related decision here?

  1. Use Amazon GuardDuty for managed threat detection based on supported signals.
  2. Use appropriate AWS Artifact reports and Audit Manager assessments for distinct evidence needs.
  3. Evaluate AWS Config rules and configuration change tracking for supported resources.
  4. Use TLS for encryption in transit rather than relying only on disk encryption.

Explanation

Correct Answer

B:

Use appropriate AWS Artifact reports and Audit Manager assessments for distinct evidence needs. This choice addresses the specific business requirement: Provider compliance reports and customer control evidence answer different audit questions. A clear way to confirm success is: The audit packet distinguishes AWS assurance documentation from customer configuration evidence. To sustain the result: Keep provider and customer compliance responsibilities clearly assigned.

Incorrect Answers

A:

GuardDuty analyzes sources such as AWS activity and network telemetry to identify suspicious behavior. In this question, however, provider compliance reports and customer control evidence answer different audit questions. The answer that meets the requirement is: Use appropriate AWS Artifact reports and Audit Manager assessments for distinct evidence needs.

C:

Configuration drift detection addresses resource state, not solely malicious API intent. In this question, however, provider compliance reports and customer control evidence answer different audit questions. The answer that meets the requirement is: Use appropriate AWS Artifact reports and Audit Manager assessments for distinct evidence needs.

D:

Encryption at rest and encryption in transit protect data in different states. In this question, however, provider compliance reports and customer control evidence answer different audit questions. The answer that meets the requirement is: Use appropriate AWS Artifact reports and Audit Manager assessments for distinct evidence needs.

Question 191

Several Linux hosts must read and write the same shared file hierarchy. Which response BEST fits this cloud scenario?

  1. Consider an appropriate Amazon FSx offering for managed Windows-compatible file storage.
  2. Use AWS Backup where the services and regions are supported.
  3. Consider Amazon EFS for managed shared file storage.
  4. Use a suitable S3 frequently accessed class for hot objects rather than deep archive.

Explanation

Correct Answer

C:

Consider Amazon EFS for managed shared file storage. This choice addresses the specific business requirement: EFS provides elastic file-system access to multiple supported clients, unlike one instance's local disk. A clear way to confirm success is: Two authorized instances can access the shared directory using supported file protocols. To sustain the result: Review network access and file permissions.

Incorrect Answers

A:

FSx supports selected managed file-system technologies with protocol-specific behavior. In this question, however, eFS provides elastic file-system access to multiple supported clients, unlike one instance's local disk. The answer that meets the requirement is: Consider Amazon EFS for managed shared file storage.

B:

AWS Backup coordinates backup plans and recovery points across supported resources. In this question, however, eFS provides elastic file-system access to multiple supported clients, unlike one instance's local disk. The answer that meets the requirement is: Consider Amazon EFS for managed shared file storage.

D:

Retrieval characteristics and cost differ materially across S3 classes. In this question, however, eFS provides elastic file-system access to multiple supported clients, unlike one instance's local disk. The answer that meets the requirement is: Consider Amazon EFS for managed shared file storage.

Question 192

A company wants its public application names to resolve and direct clients to the correct endpoint. Which response BEST fits this cloud scenario?

  1. Use a suitable NAT gateway for IPv4 outbound Internet access through the VPC.
  2. Evaluate AWS Direct Connect for private network connectivity.
  3. Consider AWS Transit Gateway for suitable centralized network attachment.
  4. Use Amazon Route 53 for supported DNS hosting and routing.

Explanation

Correct Answer

D:

Use Amazon Route 53 for supported DNS hosting and routing. This choice addresses the specific business requirement: Route 53 is a managed DNS and traffic routing service rather than a virtual server. A clear way to confirm success is: A DNS lookup returns the intended application record and eligible health routing result. To sustain the result: Review domain changes and DNS record TTL during deployment.

Incorrect Answers

A:

NAT gateway enables outbound translation from private subnets rather than a public inbound listener. In this question, however, route 53 is a managed DNS and traffic routing service rather than a virtual server. The answer that meets the requirement is: Use Amazon Route 53 for supported DNS hosting and routing.

B:

Direct Connect uses a dedicated physical connectivity path rather than an Internet-based VPN tunnel. In this question, however, route 53 is a managed DNS and traffic routing service rather than a virtual server. The answer that meets the requirement is: Use Amazon Route 53 for supported DNS hosting and routing.

C:

Transit Gateway can interconnect VPCs and hybrid networks through a central routing construct. In this question, however, route 53 is a managed DNS and traffic routing service rather than a virtual server. The answer that meets the requirement is: Use Amazon Route 53 for supported DNS hosting and routing.

Question 193

A small company cannot justify purchasing hardware for a short-lived proof of concept. Which AWS concept, service, or responsibility BEST addresses the stated requirement?

  1. Use metered cloud resources for a disposable proof-of-concept environment.
  2. Use elastic AWS capacity that grows and shrinks with measured demand.
  3. Use self-service infrastructure provisioning to shorten delivery cycles.
  4. Use automatic capacity expansion during exam peaks and scale-in afterward.

Explanation

Correct Answer

A:

Use metered cloud resources for a disposable proof-of-concept environment. This choice addresses the specific business requirement: Consumption-based provisioning lowers up-front commitment for short experiments. A clear way to confirm success is: The proof of concept completes and resources can be shut down without stranded servers. To sustain the result: Set spending limits and remove unattached storage after tests.

Incorrect Answers

B:

Elasticity aligns active resources with changing traffic rather than reserving peak hardware permanently. In this question, however, consumption-based provisioning lowers up-front commitment for short experiments. The answer that meets the requirement is: Use metered cloud resources for a disposable proof-of-concept environment.

C:

Cloud resource APIs replace portions of lengthy manual physical-hardware requests. In this question, however, consumption-based provisioning lowers up-front commitment for short experiments. The answer that meets the requirement is: Use metered cloud resources for a disposable proof-of-concept environment.

D:

Cloud elasticity supports short peaks without year-round full-capacity infrastructure. In this question, however, consumption-based provisioning lowers up-front commitment for short experiments. The answer that meets the requirement is: Use metered cloud resources for a disposable proof-of-concept environment.

Question 194

An enterprise runs a complex reporting workload on transactional RDS and asks for analytics-oriented storage. Which AWS concept, service, or responsibility BEST addresses the stated requirement?

  1. Recognize an EC2-hosted database as self-managed at the operating system and engine layers.
  2. Consider Amazon Redshift for suitable analytical data warehousing requirements.
  3. Use a managed relational database for the source of record and a cache only where beneficial.
  4. Consider Amazon Aurora for the supported relational engine requirements.

Explanation

Correct Answer

B:

Consider Amazon Redshift for suitable analytical data warehousing requirements. This choice addresses the specific business requirement: Analytical warehouses are designed for different query patterns than routine OLTP databases. A clear way to confirm success is: A trial analytical query runs on the modeled warehouse without degrading the primary transactional workload. To sustain the result: Plan data loading and cost controls for analytics separately.

Incorrect Answers

A:

Running a database on a virtual server does not automatically create managed RDS responsibilities. In this question, however, analytical warehouses are designed for different query patterns than routine OLTP databases. The answer that meets the requirement is: Consider Amazon Redshift for suitable analytical data warehousing requirements.

C:

An in-memory cache is not automatically a replacement for transactional relational data and recovery guarantees. In this question, however, analytical warehouses are designed for different query patterns than routine OLTP databases. The answer that meets the requirement is: Consider Amazon Redshift for suitable analytical data warehousing requirements.

D:

Amazon Aurora provides MySQL- and PostgreSQL-compatible engines with a cloud-optimized distributed storage architecture and built-in replication. In this question, however, analytical warehouses are designed for different query patterns than routine OLTP databases. The answer that meets the requirement is: Consider Amazon Redshift for suitable analytical data warehousing requirements.

Question 195

An AWS account owner still uses the root user for daily development. Which AWS concept, service, or responsibility BEST addresses the stated requirement?

  1. Enable MFA and secure the root credentials, including avoiding long-lived root access keys.
  2. Require supported multi-factor authentication for the relevant identities.
  3. Create appropriately permissioned identities for routine work and reserve root for exceptional tasks.
  4. Assign distinct workforce identities or federated access instead of sharing a user.

Explanation

Correct Answer

C:

Create appropriately permissioned identities for routine work and reserve root for exceptional tasks. This choice addresses the specific business requirement: Root has powerful account-level privileges and should not be the standard application identity. A clear way to confirm success is: Routine development succeeds without a root login. To sustain the result: Protect root with MFA and remove unnecessary root access keys.

Incorrect Answers

A:

MFA and restricted root usage reduce account takeover risk for the highest-privilege identity. In this question, however, root has powerful account-level privileges and should not be the standard application identity. The answer that meets the requirement is: Create appropriately permissioned identities for routine work and reserve root for exceptional tasks.

B:

MFA adds a factor beyond a password and reduces the value of stolen passwords alone. In this question, however, root has powerful account-level privileges and should not be the standard application identity. The answer that meets the requirement is: Create appropriately permissioned identities for routine work and reserve root for exceptional tasks.

D:

Shared credentials prevent reliable accountability and complicate revocation. In this question, however, root has powerful account-level privileges and should not be the standard application identity. The answer that meets the requirement is: Create appropriately permissioned identities for routine work and reserve root for exceptional tasks.

Question 196

A retailer has sharp weekend traffic spikes but buys servers sized for its busiest hour all year. Which AWS concept, service, or responsibility BEST addresses the stated requirement?

  1. Distribute application capacity across independent AWS failure domains.
  2. Use automatic capacity expansion during exam peaks and scale-in afterward.
  3. Provision cloud resources on demand to improve business agility.
  4. Use elastic AWS capacity that grows and shrinks with measured demand.

Explanation

Correct Answer

D:

Use elastic AWS capacity that grows and shrinks with measured demand. This choice addresses the specific business requirement: Elasticity aligns active resources with changing traffic rather than reserving peak hardware permanently. A clear way to confirm success is: A quiet-weekday deployment scales down while a sale scales up without manual hardware procurement. To sustain the result: Use scaling policies and utilization alarms to avoid permanent peak-sized fleets.

Incorrect Answers

A:

Durable storage alone does not keep a single-zone application instance running during a zone outage. In this question, however, elasticity aligns active resources with changing traffic rather than reserving peak hardware permanently. The answer that meets the requirement is: Use elastic AWS capacity that grows and shrinks with measured demand.

B:

Cloud elasticity supports short peaks without year-round full-capacity infrastructure. In this question, however, elasticity aligns active resources with changing traffic rather than reserving peak hardware permanently. The answer that meets the requirement is: Use elastic AWS capacity that grows and shrinks with measured demand.

C:

On-demand capacity shortens the gap between an idea and a testable environment. In this question, however, elasticity aligns active resources with changing traffic rather than reserving peak hardware permanently. The answer that meets the requirement is: Use elastic AWS capacity that grows and shrinks with measured demand.

Question 197

A team reviews least-privilege access, credential protection and data encryption together. What is the MOST appropriate AWS-related decision here?

  1. Classify the effort under the Security pillar of AWS Well-Architected.
  2. Use iterative Well-Architected reviews with tracked remediation actions.
  3. Assess backup and recovery readiness under the Reliability pillar.
  4. Use the Cost Optimization pillar to reduce unnecessary consumption.

Explanation

Correct Answer

A:

Classify the effort under the Security pillar of AWS Well-Architected. This choice addresses the specific business requirement: The Security pillar concerns protecting systems and data through identity and detective and preventive controls. A clear way to confirm success is: An access review shows authorized roles and protected sensitive resources. To sustain the result: Reassess access and detection coverage after identity changes.

Incorrect Answers

B:

A Well-Architected review is more effective as a continuing process than a one-time checklist. In this question, however, the Security pillar concerns protecting systems and data through identity and detective and preventive controls. The answer that meets the requirement is: Classify the effort under the Security pillar of AWS Well-Architected.

C:

Reliability includes recovering data and function within defined business recovery objectives. In this question, however, the Security pillar concerns protecting systems and data through identity and detective and preventive controls. The answer that meets the requirement is: Classify the effort under the Security pillar of AWS Well-Architected.

D:

Cost Optimization emphasizes avoiding waste and selecting spending aligned with business value. In this question, however, the Security pillar concerns protecting systems and data through identity and detective and preventive controls. The answer that meets the requirement is: Classify the effort under the Security pillar of AWS Well-Architected.

Question 198

A system continues operating but user requests become too slow under load. Which response BEST fits this cloud scenario?

  1. Focus on the Operational Excellence pillar of the AWS Well-Architected Framework.
  2. Distinguish Reliability from Performance Efficiency when assessing the issue.
  3. Use the Cost Optimization pillar to reduce unnecessary consumption.
  4. Apply Operational Excellence principles of small reversible changes and learning.

Explanation

Correct Answer

B:

Distinguish Reliability from Performance Efficiency when assessing the issue. This choice addresses the specific business requirement: Availability and usable response times are related but not identical outcomes. A clear way to confirm success is: The review captures both uptime and end-user latency objectives. To sustain the result: Report availability and performance metrics separately.

Incorrect Answers

A:

Operational Excellence covers operating and evolving workloads, learning from incidents and managing changes. In this question, however, availability and usable response times are related but not identical outcomes. The answer that meets the requirement is: Distinguish Reliability from Performance Efficiency when assessing the issue.

C:

Cost Optimization emphasizes avoiding waste and selecting spending aligned with business value. In this question, however, availability and usable response times are related but not identical outcomes. The answer that meets the requirement is: Distinguish Reliability from Performance Efficiency when assessing the issue.

D:

Repeatable operations and feedback reduce deployment mistakes and speed recovery. In this question, however, availability and usable response times are related but not identical outcomes. The answer that meets the requirement is: Distinguish Reliability from Performance Efficiency when assessing the issue.

Question 199

An AWS account owner wants suggestions for exposed security settings, service quotas and cost opportunities. 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. Consult applicable AWS Trusted Advisor checks for actionable recommendations.
  4. Use relevant IAM Access Analyzer external-access findings and S3 access controls.

Explanation

Correct Answer

C:

Consult applicable AWS Trusted Advisor checks for actionable recommendations. This choice addresses the specific business requirement: Trusted Advisor provides best-practice guidance and is not a substitute for enforcement or threat hunting. A clear way to confirm success is: A reported risky configuration is addressed through the appropriate owner action. To sustain the result: Schedule reviews of recommendations and supported check coverage.

Incorrect Answers

A:

Their statefulness and association scopes differ even when both filter network traffic. In this question, however, trusted Advisor provides best-practice guidance and is not a substitute for enforcement or threat hunting. The answer that meets the requirement is: Consult applicable AWS Trusted Advisor checks for actionable recommendations.

B:

GuardDuty identifies suspicious behavior across supported telemetry, whereas WAF applies web request rules. In this question, however, trusted Advisor provides best-practice guidance and is not a substitute for enforcement or threat hunting. The answer that meets the requirement is: Consult applicable AWS Trusted Advisor checks for actionable recommendations.

D:

External-access analysis helps identify resource policy exposure rather than encrypting existing objects. In this question, however, trusted Advisor provides best-practice guidance and is not a substitute for enforcement or threat hunting. The answer that meets the requirement is: Consult applicable AWS Trusted Advisor checks for actionable recommendations.

Question 200

A Lambda function is invoked over an AWS-managed runtime and exposes an overly broad IAM role. Which AWS concept, service, or responsibility BEST addresses the stated requirement?

  1. Treat customer-created bucket access policies and data permissions as customer responsibilities.
  2. Keep application code, data and permissions under the customer's responsibility.
  3. Assign each control based on service type and what AWS or the customer actually configures.
  4. Narrow the function's execution-role permissions as a customer control.

Explanation

Correct Answer

D:

Narrow the function's execution-role permissions as a customer control. This choice addresses the specific business requirement: AWS manages execution infrastructure while customers grant what their workloads can access. A clear way to confirm success is: The function succeeds on approved operations and is denied unrelated service actions. To sustain the result: Review permissions with each function release.

Incorrect Answers

A:

The AWS-managed storage infrastructure does not automatically authorize the intended audience for each customer's objects. In this question, however, aWS manages execution infrastructure while customers grant what their workloads can access. The answer that meets the requirement is: Narrow the function's execution-role permissions as a customer control.

B:

Serverless execution management does not transfer customer application correctness or authorized access policy to AWS. In this question, however, aWS manages execution infrastructure while customers grant what their workloads can access. The answer that meets the requirement is: Narrow the function's execution-role permissions as a customer control.

C:

Responsibility is divided by layer and service, not split equally for every setting. In this question, however, aWS manages execution infrastructure while customers grant what their workloads can access. The answer that meets the requirement is: Narrow the function's execution-role permissions as a customer control.