CASOS T3 v2
AWS Solutions Architect Quiz
Test your knowledge on AWS architecture with this comprehensive quiz designed for aspiring and current Solutions Architects. Each question is crafted to assess your understanding of best practices in deploying applications on Amazon Web Services.
- 5 challenging multiple-choice questions
- Focus on real-world application scenarios
- Immediate feedback on your selections
A High Performance Computing (HPC) application will be migrated to AWS. The application requires low network latency and high throughput between nodes and will be deployed in a single AZ. How should the application be deployed for best inter-node performance?
In a partition placement group
In a cluster placement group
In a spread placement group
Behind a Network Load Balancer (NLB)
A web application is deployed in multiple regions behind an ELB Application Load Balancer. You need deterministic routing to the closest region and automatic failover. Traffic should traverse the AWS global network for consistent performance. How can this be achieved?
Configure AWS Global Accelerator and configure the ALBs as targets
Place an EC2 Proxy in front of the ALB and configure automatic failover
Create a Route 53 Alias record for each ALB and configure a latency-based routing policy
Use a CloudFront distribution with multiple custom origins in each region and configure for high availability
A client is in the design phase of developing an application that will process orders for their online ticketing system. The application will use a number of front-end EC2 instances that pick-up orders and place them in a queue for processing by another set of back-end EC2 instances. The client will have multiple options for customers to choose the level of service they want to pay for. The client has asked how he can design the application to process the orders in a prioritized way based on the level of service the customer has chosen?
Create multiple SQS queues, configure exactly-once processing and set the maximum visibility timeout to 12 hours
Create multiple SQS queues, configure the front-end application to place orders onto a specific queue based on the level of service requested and configure the back-end instances to sequentially poll the queues in order of priority
Create a combination of FIFO queues and Standard queues and configure the applications to place messages into the relevant queue based on priority
Create a single SQS queue, configure the front-end application to place orders on the queue in order of priority and configure the back-end instances to poll the queue and pick up messages in the order they are presented
A company’s Amazon EC2 instances were terminated or stopped, resulting in a loss of important data that was stored on attached EC2 instance stores. They want to avoid this happening in the future and need a solution that can scale as data volumes increase with the LEAST amount of management and configuration. Which storage is most appropriate?
Amazon EFS
Amazon S3
Amazon EBS
Amazon RDS
A Solutions Architect is designing a web application that runs on Amazon EC2 instances behind an Elastic Load Balancer. All data in transit must be encrypted. Which solution options meet the encryption requirement? (Select TWO)
Use a Network Load Balancer (NLB) with a TCP listener, then terminate SSL on EC2 instances
Use an Application Load Balancer (ALB) with an HTTPS listener, then install SSL certificates on the ALB and EC2 instances
Use an Application Load Balancer (ALB) in passthrough mode, then terminate SSL on EC2 instances
Use a Network Load Balancer (NLB) with an HTTPS listener, then install SSL certificates on the NLB and EC2 instances
: Use an Application Load Balancer (ALB) with a TCP listener, then terminate SSL on EC2 instances
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