Question 1

When managing cloud discounts and rebates in large-scale enterprise environments, which of the following strategies can help maximize savings and ensure cost efficiency?

(Choose two)

Options :

A : Negotiating enterprise-wide volume discounts across all services, regardless of usage patterns.

B : Utilizing commitment-based discounts (e.g., Savings Plans, Enterprise Agreements) for both steady-state and variable workloads.

C : Aligning purchase commitments for reserved instances and savings plans with predictable workloads.

D : Prioritizing only pay-as-you-go pricing for flexible workloads to maintain complete budget flexibility.

Answer: B,C

Question 2

Your company has recently expanded its cloud footprint to include multiple Azure and AWS accounts across different departments. The FinOps team has decided to implement CloudCheckr for unified cost analysis and optimization. However, the team is unsure how to handle the differences in reserved instance (RI) purchasing options between Azure and AWS to maximize cost savings across both platforms. What would be the best approach to optimize reserved instance purchases using CloudCheckr in a multi-cloud setup?

Options :

A : Use CloudCheckr's Reserved Instance (RI) Planner to evaluate AWS and Azure purchases separately to account for different pricing and terms.

B : Allocate all resources under a single department’s account to simplify RI purchases across both platforms.

C : Set up cross-cloud reservations using CloudCheckr to ensure RI discounts apply across both Azure and AWS workloads.

D : Rely on AWS Savings Plans as a substitute for RIs in both AWS and Azure to avoid dealing with separate RI management processes.

Answer: A

Question 3

You are managing a large Kubernetes environment running on a cloud provider. Your FinOps team has noticed high costs associated with underutilized resources in several clusters. To optimize costs, you are tasked with identifying and implementing improvements. Which of the following actions will help reduce Kubernetes costs in this scenario? (Select two correct answers)

Options :

A : Enable a fixed-size node pool with manual adjustments to node numbers.

B : Increase resource requests and limits for all deployments to ensure applications have sufficient capacity.

C : Implement node auto-scaling to dynamically adjust the number of nodes based on demand.

D : Use cluster-wide monitoring to identify and optimize workloads with low utilization.

E : Configure a pod eviction policy to remove underutilized pods.

Answer: C,D

Question 4

Scenario: A gaming company operates a serverless backend on Google Cloud Platform (GCP) to support a global multiplayer game. They use Google Cloud Functions to handle API requests from players and store game state data in Google Cloud Firestore. Recently, costs have surged due to increased player interactions, leading to frequent Cloud Function invocations and high Firestore read/write charges. The development team wants to optimize the serverless architecture to reduce these expenses while maintaining real-time game response times for a smooth player experience.What is the most cost-effective approach to optimize the architecture while meeting the performance requirements?

Options :

A : Switch Cloud Functions to a higher memory allocation to reduce execution time, and add Firebase Realtime Database for game state storage.

B : Utilize Google Cloud Pub/Sub to batch API requests before sending them to Cloud Functions and consolidate Firestore reads with data caching.

C : Migrate from Cloud Functions to Google App Engine and maintain the same Firestore configuration for storage.

D : Reduce Firestore costs by switching to on-demand mode and decreasing Cloud Functions’ maximum timeout to prevent long-running calls.

Answer: B

Question 5

When managing cloud discounts and rebates in large-scale enterprise environments, which of the following strategies can help maximize savings and ensure cost efficiency?(Choose two)

Options :

A : Negotiating enterprise-wide volume discounts across all services, regardless of usage patterns.

B : Utilizing commitment-based discounts (e.g., Savings Plans, Enterprise Agreements) for both steady-state and variable workloads.

C : Aligning purchase commitments for reserved instances and savings plans with predictable workloads.

D : Prioritizing only pay-as-you-go pricing for flexible workloads to maintain complete budget flexibility.

Answer: B,C

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