AWS Compute Optimizer

Why is AWS Compute Optimizer important?
AWS Compute Optimizer helps you optimize your AWS compute resources, reducing costs and improving performance. It provides recommendations for optimal instance types, purchasing options, and settings based on your actual workload usage patterns, leading to more efficient resource utilization and cost savings.

What is AWS Compute Optimizer?
AWS Compute Optimizer is a service that analyzes the configuration and utilization metrics of your AWS resources, such as EC2 instances, AWS Auto Scaling groups, AWS Lambda functions, and Amazon EBS volumes. It then provides recommendations to help you optimize the performance and cost of your workloads.

How does AWS Compute Optimizer work?
1. Collect data: AWS Compute Optimizer continuously monitors and analyzes resource configuration and utilization metrics over a period of at least 14 days.
2. Analyze data: It uses machine learning algorithms to identify usage patterns and compare them with optimal resource configurations.
3. Generate recommendations: Based on the analysis, it provides actionable recommendations for optimization, such as suggesting a more suitable instance type or purchasing option.
4. Review and implement: You can review the recommendations and choose to apply them to your resources.

How to answer questions on AWS Compute Optimizer in an exam?
1. Understand the key concepts: Familiarize yourself with the purpose, features, and benefits of AWS Compute Optimizer.
2. Know the supported resources: Be aware of the AWS services and resource types that AWS Compute Optimizer can analyze and optimize.
3. Recognize scenarios: Identify exam questions that describe suboptimal resource configurations or performance issues, where AWS Compute Optimizer can help.
4. Apply best practices: Understand how to interpret and apply the recommendations provided by AWS Compute Optimizer to improve resource efficiency and cost-effectiveness.

Exam Tips: Answering Questions on AWS Compute Optimizer
1. Look for keywords such as "optimize," "cost savings," "performance improvement," or "resource efficiency" to identify questions related to AWS Compute Optimizer.
2. Consider the context of the question, such as the type of workload, resource configuration, or performance issues described.
3. Choose answers that align with the benefits and capabilities of AWS Compute Optimizer, such as analyzing resource utilization, providing recommendations, and supporting specific AWS services.
4. Eliminate options that focus on manual optimization processes, as AWS Compute Optimizer automates the analysis and recommendation process.