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NEW QUESTION 32
A Solutions Architect is developing a three-tier cryptocurrency web application for a FinTech startup.
The Architect has been instructed to restrict access to the database tier to only accept traffic from the application-tier and deny traffic from other sources. The application-tier is composed of application servers hosted in an Auto Scaling group of EC2 instances.
Which of the following options is the MOST suitable solution to implement in this scenario?

• A. Set up the Network ACL of the database subnet to allow inbound database traffic from the subnet of the application-tier.
• B. Set up the security group of the database tier to allow database traffic from a specified list of application server IP addresses.
• C. Set up the Network ACL of the database subnet to deny all inbound non-database traffic from the subnet of the application-tier.
• D. Set up the security group of the database tier to allow database traffic from the security group of the application servers.

Answer: D

Explanation:
A security group acts as a virtual firewall for your instance to control inbound and outbound traffic. When you launch an instance in a VPC, you can assign up to five security groups to the instance. Security groups act at the instance level, not the subnet level. Therefore, each instance in a subnet in your VPC could be assigned to a different set of security groups. If you don't specify a particular group at launch time, the instance is automatically assigned to the default security group for the VPC.

For each security group, you add rules that control the inbound traffic to instances, and a separate set of rules that control the outbound traffic. This section describes the basic things you need to know about security groups for your VPC and their rules.
You can add or remove rules for a security group which is also referred to as authorizing or revoking inbound or outbound access. A rule applies either to inbound traffic (ingress) or outbound traffic (egress).
You can grant access to a specific CIDR range, or to another security group in your VPC or in a peer VPC (requires a VPC peering connection).
In the scenario, the servers of the application-tier are in an Auto Scaling group which means that the number of EC2 instances could grow or shrink over time. An Auto Scaling group could also cover one or more Availability Zones (AZ) which have their own subnets. Hence, the most suitable solution would be to set up the security group of the database tier to allow database traffic from the security group of the application servers since you can utilize the security group of the application-tier Auto Scaling group as the source for the security group rule in your database tier.
Setting up the security group of the database tier to allow database traffic from a specified list of application server IP addresses is incorrect because the list of application server IP addresses will change over time since an Auto Scaling group can add or remove EC2 instances based on the configured scaling policy. This will create inconsistencies in your application because the newly launched instances, which are not included in the initial list of IP addresses, will not be able to access the database.
Setting up the Network ACL of the database subnet to deny all inbound non-database traffic from the subnet of the application-tier is incorrect because doing this could affect the other EC2 instances of other applications, which are also hosted in the same subnet of the application-tier. For example, a large subnet with a CIDR block of /16 could be shared by several applications. Denying all inbound non- database traffic from the entire subnet will impact other applications which use this subnet.
Setting up the Network ACL of the database subnet to allow inbound database traffic from the subnet of the application-tier is incorrect because although this solution can work, the subnet of the application-tier could be shared by another tier or another set of EC2 instances other than the application-tier. This means that you would inadvertently be granting database access to unauthorized servers hosted in the same subnet other than the application-tier.
References:
https://docs.aws.amazon.com/vpc/latest/userguide/VPC_Security.html#VPC_Security_Comparison
http://docs.aws.amazon.com/AmazonVPC/latest/UserGuide/VPC_SecurityGroups.html Check out this Amazon VPC Cheat Sheet:
https://tutorialsdojo.com/amazon-vpc/

NEW QUESTION 33
A company has both on-premises data center as well as AWS cloud infrastructure. They store their graphics, audios, videos, and other multimedia assets primarily in their on-premises storage server and use an S3 Standard storage class bucket as a backup. Their data is heavily used for only a week (7 days) but after that period, it will only be infrequently used by their customers. The Solutions Architect is instructed to save storage costs in AWS yet maintain the ability to fetch a subset of their media assets in a matter of minutes for a surprise annual data audit, which will be conducted on their cloud storage.
Which of the following are valid options that the Solutions Architect can implement to meet the above requirement? (Select TWO.)

• A. Set a lifecycle policy in the bucket to transition the data to Glacier after one week (7 days).
• B. Set a lifecycle policy in the bucket to transition to S3 - Standard IA after 30 days
• C. Set a lifecycle policy in the bucket to transition the data to S3 Glacier Deep Archive storage class after one week (7 days).
• D. Set a lifecycle policy in the bucket to transition the data to S3 - Standard IA storage class after one week (7 days).
• E. Set a lifecycle policy in the bucket to transition the data to S3 - One Zone-Infrequent Access storage class after one week (7 days).

Answer: A,B

Explanation:
You can add rules in a lifecycle configuration to tell Amazon S3 to transition objects to another Amazon S3 storage class. For example: When you know that objects are infrequently accessed, you might transition them to the STANDARD_IA storage class. Or transition your data to the GLACIER storage class in case you want to archive objects that you don't need to access in real time.
In a lifecycle configuration, you can define rules to transition objects from one storage class to another to save on storage costs. When you don't know the access patterns of your objects or your access patterns are changing over time, you can transition the objects to the INTELLIGENT_TIERING storage class for automatic cost savings.
The lifecycle storage class transitions have a constraint when you want to transition from the STANDARD storage classes to either STANDARD_IA or ONEZONE_IA. The following constraints apply:
- For larger objects, there is a cost benefit for transitioning to STANDARD_IA or ONEZONE_IA. Amazon S3 does not transition objects that are smaller than 128 KB to the STANDARD_IA or ONEZONE_IA storage classes because it's not cost effective.
- Objects must be stored at least 30 days in the current storage class before you can transition them to STANDARD_IA or ONEZONE_IA. For example, you cannot create a lifecycle rule to transition objects to the STANDARD_IA storage class one day after you create them. Amazon S3 doesn't transition objects within the first 30 days because newer objects are often accessed more frequently or deleted sooner than is suitable for STANDARD_IA or ONEZONE_IA storage.
- If you are transitioning noncurrent objects (in versioned buckets), you can transition only objects that are at least 30 days noncurrent to STANDARD_IA or ONEZONE_IA storage.

Since there is a time constraint in transitioning objects in S3, you can only change the storage class of your objects from S3 Standard storage class to STANDARD_IA or ONEZONE_IA storage after 30 days.
This limitation does not apply on INTELLIGENT_TIERING, GLACIER, and DEEP_ARCHIVE storage class.
In addition, the requirement says that the media assets should be fetched in a matter of minutes for a surprise annual data audit. This means that the retrieval will only happen once a year. You can use expedited retrievals in Glacier which will allow you to quickly access your data (within 1-5 minutes) when occasional urgent requests for a subset of archives are required.
In this scenario, you can set a lifecycle policy in the bucket to transition to S3 - Standard IA after 30 days or alternatively, you can directly transition your data to Glacier after one week (7 days). Hence, the following are the correct answers:
- Set a lifecycle policy in the bucket to transition the data from Standard storage class to Glacier after one week (7 days).
- Set a lifecycle policy in the bucket to transition to S3 - Standard IA after 30 days.
Setting a lifecycle policy in the bucket to transition the data to S3 - Standard IA storage class after one week (7 days) and setting a lifecycle policy in the bucket to transition the data to S3 - One Zone- Infrequent Access storage class after one week (7 days) are both incorrect because there is a constraint in S3 that objects must be stored at least 30 days in the current storage class before you can transition them to STANDARD_IA or ONEZONE_IA. You cannot create a lifecycle rule to transition objects to either STANDARD_IA or ONEZONE_IA storage class 7 days after you create them because you can only do this after the 30-day period has elapsed. Hence, these options are incorrect.
Setting a lifecycle policy in the bucket to transition the data to S3 Glacier Deep Archive storage class after one week (7 days) is incorrect because although DEEP_ARCHIVE storage class provides the most cost-effective storage option, it does not have the ability to do expedited retrievals, unlike Glacier. In the event that the surprise annual data audit happens, it may take several hours before you can retrieve your data.
References:
https://docs.aws.amazon.com/AmazonS3/latest/dev/lifecycle-transition-general-considerations.html
https://docs.aws.amazon.com/AmazonS3/latest/dev/restoring-objects.html
https://aws.amazon.com/s3/storage-classes/
Check out this Amazon S3 Cheat Sheet:
https://tutorialsdojo.com/amazon-s3/

NEW QUESTION 34
A company is running a publicly accessible serverless application that uses Amazon API Gateway and AWS Lambd a. The application's traffic recently spiked due to fraudulent requests from botnets.
Which steps should a solutions architect take to block requests from unauthorized users? (Select TWO.)

• A. Integrate logic within the Lambda function to ignore the requests from fraudulent IP addresses.
• B. Implement an AWS WAF rule to target malicious requests and trigger actions to filter them out.
• C. Create an IAM role for each user attempting to access the API. A user will assume the role when making the API call.
• D. Convert the existing public API to a private API. Update the DNS records to redirect users to the new API endpoint.
• E. Create a usage plan with an API key that is shared with genuine users only.

Answer: B,E

Explanation:
https://docs.aws.amazon.com/apigateway/latest/developerguide/api-gateway-api-usage-plans.html#:~:text=Don%27t%20rely%20on%20API%20keys%20as%20your%20only%20means%20of%20authentication%20and%20authorization%20for%20your%20APIs
https://docs.aws.amazon.com/apigateway/latest/developerguide/api-gateway-api-usage-plans.html

NEW QUESTION 35
A company has a top priority requirement to monitor a few database metrics and then afterward, send email notifications to the Operations team in case there is an issue.
Which AWS services can accomplish this requirement? (Select TWO.)

• A. Amazon Simple Queue Service (SQS)
• B. Amazon Simple Email Service
• C. Amazon CloudWatch
• D. Amazon Simple Notification Service (SNS)
• E. Amazon EC2 Instance with a running Berkeley Internet Name Domain (BIND) Server.

Answer: C,D

Explanation:
Amazon CloudWatch and Amazon Simple Notification Service (SNS) are correct. In this requirement, you can use Amazon CloudWatch to monitor the database and then Amazon SNS to send the emails to the Operations team. Take note that you should use SNS instead of SES (Simple Email Service) when you want to monitor your EC2 instances.


CloudWatch collects monitoring and operational data in the form of logs, metrics, and events, providing you with a unified view of AWS resources, applications, and services that run on AWS, and on-premises servers.
SNS is a highly available, durable, secure, fully managed pub/sub messaging service that enables you to decouple microservices, distributed systems, and serverless applications.
Amazon Simple Email Service is incorrect. SES is a cloud-based email sending service designed to send notifications and transactional emails.
Amazon Simple Queue Service (SQS) is incorrect. SQS is a fully-managed message queuing service. It does not monitor applications nor send email notifications, unlike SES.
Amazon EC2 Instance with a running Berkeley Internet Name Domain (BIND) Server is incorrect because BIND is primarily used as a Domain Name System (DNS) web service. This is only applicable if you have a private hosted zone in your AWS account. It does not monitor applications nor send email notifications.
References:
https://aws.amazon.com/cloudwatch/
https://aws.amazon.com/sns/
Check out this Amazon CloudWatch Cheat Sheet:
https://tutorialsdojo.com/amazon-cloudwatch/

NEW QUESTION 36
A company has a web application hosted in an On-Demand EC2 instance. You are creating a shell script that needs the instance's public and private IP addresses.
What is the best way to get the instance's associated IP addresses which your shell script can use?

• A. By using a Curl or Get Command to get the latest metadata information from
  http://169.254.169.254/latest/meta-data/
• B. By using IAM.
• C. By using a CloudWatch metric.
• D. By using a Curl or Get Command to get the latest user data information from
  http://169.254.169.254/latest/user-data/

Answer: A

Explanation:
Instance metadata is data about your EC2 instance that you can use to configure or manage the running instance. Because your instance metadata is available from your running instance, you do not need to use the Amazon EC2 console or the AWS CLI. This can be helpful when you're writing scripts to run from your instance. For example, you can access the local IP address of your instance from instance metadata to manage a connection to an external application.

To view the private IPv4 address, public IPv4 address, and all other categories of instance metadata from within a running instance, use the following URL:
http://169.254.169.254/latest/meta-data/
Reference:
http://docs.aws.amazon.com/AWSEC2/latest/UserGuide/ec2-instance-metadata.html Check out this Amazon EC2 Cheat Sheet:
https://tutorialsdojo.com/amazon-elastic-compute-cloud-amazon-ec2/
Tutorials Dojo's AWS Certified Solutions Architect Associate Exam Study Guide:
https://tutorialsdojo.com/aws-certified-solutions-architect-associate/

NEW QUESTION 37
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