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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 77

Question 760

Which requirement or characteristic most clearly identifies the appropriate AWS approach? An organization wants automated collection of evidence showing how its AWS resources relate to its internal control framework.

  1. Look for configuration compliance status rather than identity login information.
  2. Look for consolidated security findings and cross-account security visibility.
  3. Look for encryption key policies, key usage control, and auditability.
  4. Look for evidence collection, assessments, and mappings to compliance controls.

Explanation

Correct Answer

D:

Look for evidence collection, assessments, and mappings to compliance controls. The case involves: An organization wants automated collection of evidence showing how its AWS resources relate to its internal control framework. The central AWS principle is that aWS Audit Manager helps gather and organize supported audit evidence for assessments. What matters is: Look for evidence collection, assessments, and mappings to compliance controls. Recommended direction: Create an Audit Manager assessment using appropriate frameworks and evidence sources. Expected indication of success: Audit evidence is assembled and made available to the organization's reviewers. Caveat: Automated evidence can be incomplete and requires responsible human assessment.

Incorrect Answers

A:

AWS Config supports continuous assessment of supported AWS resource configurations against rules. That addresses a different mechanism; this question turns on Look for evidence collection, assessments, and mappings to compliance.

B:

AWS Security Hub aggregates and prioritizes security findings and posture information. In the present case the governing issue is AWS Audit Manager helps gather and organize supported audit, which this does not resolve.

C:

AWS Key Management Service helps create and control keys used by integrated encryption workflows. That observation may hold without resolving the relevant issue: Look for evidence collection, assessments, and mappings to compliance.

Question 761

What is the most relevant clue when choosing an AWS option for this case? An organization migrates to AWS while retaining oversized instances and has no process for identifying idle environments.

  1. Look for repeated manual work, inconsistent deployments, and avoidable labor.
  2. Look for unused resources, absent budget ownership, and poor visibility after cutover.
  3. Look for consistently low utilization and excessive instance capacity.
  4. Look for license entitlements, portability restrictions, and license-included alternatives.

Explanation

Correct Answer

B:

Look for unused resources, absent budget ownership, and poor visibility after cutover. This directly addresses the question rather than a different AWS use case. Cloud savings require active cost governance rather than assuming migration itself guarantees lower spending. Recognize the requirement: Look for unused resources, absent budget ownership, and poor visibility after cutover. At a high level, establish tagging, monitoring, and a recurring rightsizing process. The intended outcome is: Owners can identify waste and adjust resource use without violating service needs. Keep in mind: Cloud billing is usage-based, so poor controls can create significant unplanned cost.

Incorrect Answers

A:

Automation reduces repetitive provisioning effort and can lower operational overhead. That addresses a different mechanism; this question turns on Look for unused resources, absent budget ownership, and poor.

C:

Rightsizing means choosing resources aligned to actual workload needs. The requirement instead turns on Look for unused resources, absent budget ownership, and poor, not this separate capability.

D:

Bring Your Own License permits eligible existing licenses under the vendor's and AWS's licensing conditions. It does not verify the requested outcome; here the decisive check concerns Look for unused resources, absent budget ownership, and poor.

Question 762

A team considers the following AWS use case: A retail application uses one EC2 instance and risks downtime when its hosting zone has an infrastructure fault. Which limitation remains relevant?

  1. Edge caching does not make the application origin redundant by itself.
  2. Multi-Region replication adds complexity, costs, and data consistency considerations.
  3. Stateful data must also be protected; redundant frontends alone are insufficient.
  4. Selecting a Region alone does not guarantee every backup, transfer, or service meets policy.

Explanation

Correct Answer

C:

Stateful data must also be protected; redundant frontends alone are insufficient. This is the best important qualification for the stated situation. Spreading an application across multiple Availability Zones reduces single-zone dependence. The key business clue is: Look for a one-zone single point of failure and application availability requirements. A suitable choice is: Place redundant healthy application instances in separate Availability Zones. An expected result is: A controlled single-zone loss leaves remaining components able to serve requests. Important limitation: Stateful data must also be protected; redundant frontends alone are insufficient.

Incorrect Answers

A:

AWS edge locations help deliver content to end users with reduced network distance. That addresses a different mechanism; this question turns on Stateful data must also be protected; redundant frontends alone.

B:

A multi-Region approach can support disaster recovery and regional resilience. In the present case the governing issue is Stateful data must also be protected; redundant frontends alone, which this does not resolve.

D:

AWS Region selection is an important consideration for data residency obligations. It does not verify the requested outcome; here the decisive check concerns Stateful data must also be protected; redundant frontends alone.

Question 763

Which consideration should still be kept in mind when recommending AWS for this requirement? A retailer uses multiple small private data centers with underutilized capacity and is evaluating the cost of cloud adoption.

  1. The provider's scale does not ensure savings without workload-specific analysis.
  2. Cloud billing is usage-based, so poor controls can create significant unplanned cost.
  3. Automation can reproduce misconfigurations at scale if controls are weak.
  4. Not every license is portable and software audit requirements remain relevant.

Explanation

Correct Answer

A:

The provider's scale does not ensure savings without workload-specific analysis. The case involves: A retailer uses multiple small private data centers with underutilized capacity and is evaluating the cost of cloud adoption. The central AWS principle is that shared cloud infrastructure can create purchasing and utilization efficiencies through economies of scale. What matters is: Look for fragmented hardware investments and unused private capacity. Recommended direction: Compare efficient cloud consumption with the full utilization costs of owned facilities. Expected indication of success: The organization identifies whether cloud economies improve its actual unit economics. Caveat: The provider's scale does not ensure savings without workload-specific analysis.

Incorrect Answers

B:

Cloud savings require active cost governance rather than assuming migration itself guarantees lower spending. In the present case the governing issue is Shared cloud infrastructure can create purchasing and utilization efficiencies, which this does not resolve.

C:

Automation reduces repetitive provisioning effort and can lower operational overhead. That observation may hold without resolving the relevant issue: The provider's scale does not ensure savings without workload-specific.

D:

Bring Your Own License permits eligible existing licenses under the vendor's and AWS's licensing conditions. It does not verify the requested outcome; here the decisive check concerns The provider's scale does not ensure savings without workload-specific.

Question 764

Which requirement or characteristic most clearly identifies the appropriate AWS approach? An operations team wants to discover software vulnerabilities on eligible compute workloads without manually inventorying packages.

  1. Look for consolidated security findings and cross-account security visibility.
  2. Look for threat-detection findings rather than a raw chronological event archive.
  3. Look for vulnerability findings involving installed software or exposed resources.
  4. Look for AWS assurance reports rather than customer-owned configuration findings.

Explanation

Correct Answer

C:

Look for vulnerability findings involving installed software or exposed resources. This directly addresses the question rather than a different AWS use case. Amazon Inspector provides automated vulnerability management for supported workloads. Recognize the requirement: Look for vulnerability findings involving installed software or exposed resources. At a high level, enable Inspector scanning and use the results to prioritize remediation. The intended outcome is: Eligible resources appear in vulnerability findings with useful remediation context. Keep in mind: Inspector reports vulnerabilities but does not guarantee application defects are fixed.

Incorrect Answers

A:

AWS Security Hub aggregates and prioritizes security findings and posture information. That addresses a different mechanism; this question turns on Look for vulnerability findings involving installed software or exposed.

B:

Amazon GuardDuty analyzes supported signals to detect potential threats and suspicious activity. In the present case the governing issue is Look for vulnerability findings involving installed software or exposed, which this does not resolve.

D:

AWS Artifact is the source for AWS-provided third-party compliance reports and agreements. It does not verify the requested outcome; here the decisive check concerns Look for vulnerability findings involving installed software or exposed.

Question 765

An organization is considering this AWS scenario: A business owns a domain name and needs a managed DNS service to route requests to its web endpoint. Which underlying capability is most relevant?

  1. Amazon VPC provides logically isolated networking with subnet and routing configuration.
  2. AWS Site-to-Site VPN provides encrypted tunnels between supported networks and AWS.
  3. Amazon CloudFront is a content delivery network that caches and distributes content through edge locations.
  4. Amazon Route 53 provides DNS and related routing functions.

Explanation

Correct Answer

D:

Amazon Route 53 provides DNS and related routing functions. This is the best underlying concept for the stated situation. Amazon Route 53 provides DNS and related routing functions. The key business clue is: Look for domain-name resolution and supported DNS-based routing policies. A suitable choice is: Use Route 53 hosted zones and the required DNS records. An expected result is: Clients resolve the domain to the intended endpoint according to the chosen routing. Important limitation: DNS does not encrypt the application connection or replace a load balancer.

Incorrect Answers

A:

Amazon VPC provides logically isolated networking with subnet and routing configuration. That addresses a different mechanism; this question turns on Amazon Route 53 provides DNS and related routing functions.

B:

AWS Site-to-Site VPN provides encrypted tunnels between supported networks and AWS. In the present case the governing issue is Amazon Route 53 provides DNS and related routing functions, which this does not resolve.

C:

Amazon CloudFront is a content delivery network that caches and distributes content through edge locations. That observation may hold without resolving the relevant issue: Amazon Route 53 provides DNS and related routing functions.

Question 766

An organization is considering this AWS scenario: A regional firm cannot negotiate the same large-scale hardware and power prices that a global cloud provider can obtain. Which underlying capability is most relevant?

  1. Cloud self-service provisioning improves agility by allowing teams to acquire resources rapidly.
  2. Cloud providers can pass economies-of-scale advantages through their service pricing models.
  3. Managed cloud services can reduce the customer's routine infrastructure administration burden.
  4. Cloud agility supports low-commitment experimentation through rapid, temporary resource provisioning.

Explanation

Correct Answer

B:

Cloud providers can pass economies-of-scale advantages through their service pricing models. The case involves: A regional firm cannot negotiate the same large-scale hardware and power prices that a global cloud provider can obtain. The central AWS principle is that cloud providers can pass economies-of-scale advantages through their service pricing models. What matters is: Look for high fixed data-center overhead and limited purchasing scale. Recommended direction: Compare cloud consumption economics against owning a small private data center. Expected indication of success: The business evaluates a lower cost per useful unit when shared infrastructure is suitable. Caveat: Economies of scale do not guarantee every individual workload will cost less.

Incorrect Answers

A:

Cloud self-service provisioning improves agility by allowing teams to acquire resources rapidly. That addresses a different mechanism; this question turns on Cloud providers can pass economies-of-scale advantages through their service.

C:

Managed cloud services can reduce the customer's routine infrastructure administration burden. That observation may hold without resolving the relevant issue: Cloud providers can pass economies-of-scale advantages through their service.

D:

Cloud agility supports low-commitment experimentation through rapid, temporary resource provisioning. It does not verify the requested outcome; here the decisive check concerns Cloud providers can pass economies-of-scale advantages through their service.

Question 767

For this cloud decision, which characteristic matters most? A shared administrator password is known by several employees and management wants a second authentication factor.

  1. Look for organization-wide restrictions that cannot be bypassed by member account admins.
  2. Look for account takeover risk from compromised passwords.
  3. Look for database passwords, secret retrieval, and supported rotation requirements.
  4. Look for a trusted external account, role trust policy, and target permissions.

Explanation

Correct Answer

B:

Look for account takeover risk from compromised passwords. This directly addresses the question rather than a different AWS use case. Multifactor authentication adds a factor beyond a password to strengthen sign-in security. Recognize the requirement: Look for account takeover risk from compromised passwords. At a high level, require MFA for applicable privileged identities and replace shared credentials with individual identities. The intended outcome is: A stolen password alone is insufficient for the protected sign-in flow. Keep in mind: MFA lowers risk but does not eliminate phishing and compromised-session attacks.

Incorrect Answers

A:

AWS Organizations service control policies set permission guardrails for member accounts. That addresses a different mechanism; this question turns on Look for account takeover risk from compromised passwords.

C:

AWS Secrets Manager stores and controls retrieval of secrets such as application credentials. That observation may hold without resolving the relevant issue: Look for account takeover risk from compromised passwords.

D:

Cross-account IAM roles support controlled access between trusted AWS accounts. It does not verify the requested outcome; here the decisive check concerns Look for account takeover risk from compromised passwords.

Question 768

Which AWS recommendation best addresses this requirement at a foundational level? A high-throughput compute application needs temporary local scratch storage that can be lost when the host is replaced.

  1. Choose the appropriate Amazon FSx file system for the workload.
  2. Use an EFS file system with appropriate network and permissions.
  3. Select an appropriate Storage Gateway deployment for the hybrid requirement.
  4. Use an appropriate instance store for disposable temporary data.

Explanation

Correct Answer

D:

Use an appropriate instance store for disposable temporary data. This is the best high-level recommendation for the stated situation. EC2 instance store provides temporary block storage physically associated with the host. The key business clue is: Look for ephemeral scratch files that do not need to survive instance termination. A suitable choice is: Use an appropriate instance store for disposable temporary data. An expected result is: The application can process temporary data quickly without depending on persistence. Important limitation: Instance store data does not survive relevant instance lifecycle events.

Incorrect Answers

A:

Amazon FSx offers managed file systems with options such as FSx for Windows File Server. That addresses a different mechanism; this question turns on Use an appropriate instance store for disposable temporary data.

B:

Amazon EFS provides managed elastic shared file storage with an NFS interface for supported workloads. In the present case the governing issue is Use an appropriate instance store for disposable temporary data, which this does not resolve.

C:

AWS Storage Gateway connects supported on-premises storage workflows with AWS cloud storage. That observation may hold without resolving the relevant issue: Use an appropriate instance store for disposable temporary data.

Question 769

Which consideration should still be kept in mind when recommending AWS for this requirement? A Windows enterprise application needs shared managed file storage compatible with Windows file protocols.

  1. Not every FSx deployment has the same file-system protocol or feature set.
  2. S3 is not a drop-in block device for a guest operating system.
  3. EFS access still depends on networking and file-system authorization.
  4. An EBS volume is not a shared multi-host file system by default.

Explanation

Correct Answer

A:

Not every FSx deployment has the same file-system protocol or feature set. The case involves: A Windows enterprise application needs shared managed file storage compatible with Windows file protocols. The central AWS principle is that amazon FSx offers managed file systems with options such as FSx for Windows File Server. What matters is: Look for Windows-oriented shared file storage rather than S3 object requests. Recommended direction: Choose the appropriate Amazon FSx file system for the workload. Expected indication of success: The Windows application accesses the expected shared file service. Caveat: Not every FSx deployment has the same file-system protocol or feature set.

Incorrect Answers

B:

Amazon S3 is AWS object storage suited to storing and retrieving objects at scale. In the present case the governing issue is Amazon FSx offers managed file systems with options such, which this does not resolve.

C:

Amazon EFS provides managed elastic shared file storage with an NFS interface for supported workloads. That observation may hold without resolving the relevant issue: Not every FSx deployment has the same file-system protocol.

D:

Amazon EBS supplies persistent block storage for supported EC2 instances. It does not verify the requested outcome; here the decisive check concerns Not every FSx deployment has the same file-system protocol.

Question 770

A team considers the following AWS use case: An office application uses expensive physical servers because management expects every workload to be at peak usage permanently. Which limitation remains relevant?

  1. Cost comparisons depend on realistic usage and labor assumptions.
  2. Not every license is portable and software audit requirements remain relevant.
  3. Operating expenses can rise unexpectedly if usage is left unmonitored.
  4. Storage and other retained resources may still incur charges while compute is off.

Explanation

Correct Answer

D:

Storage and other retained resources may still incur charges while compute is off. This directly addresses the question rather than a different AWS use case. Cloud variable-cost economics support reducing capacity during predictable low-use periods. Recognize the requirement: Look for usage cycles and costs from idle fixed infrastructure. At a high level, evaluate cloud usage patterns and scheduled resource reduction where supported. The intended outcome is: Consumption-based cost declines when the office workload is inactive. Keep in mind: Storage and other retained resources may still incur charges while compute is off.

Incorrect Answers

A:

Total cost of ownership includes facilities, staffing, power, and operational expenses as well as hardware. That addresses a different mechanism; this question turns on Storage and other retained resources may still incur charges.

B:

Bring Your Own License permits eligible existing licenses under the vendor's and AWS's licensing conditions. In the present case the governing issue is Storage and other retained resources may still incur charges, which this does not resolve.

C:

Cloud economics can replace some up-front capital expenditure with variable operating expenditure. That observation may hold without resolving the relevant issue: Storage and other retained resources may still incur charges.