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AWS Certified Advanced Networking Specialty Exam Questions and Answers

Questions 1

A financial company is designing a secure AWS network architecture to support a hybrid cloud strategy. Systems deployed in the AWS Cloud are mission critical and have strict availability requirements. The company anticipates the need for hundreds of VPCs. Instances will be transient and rely heavily on DNS resolution The applications must be designed to have Availability Zone isolation and tolerate the loss of an Availability Zone

What is the MOST reliable way to implement DNS in this scenario?



Create a new DHCP options set with DNS settings with on-premises DNS servers that traverse an AWS Direct Connect connection.


Create private hosted zones and share them with each VPC. Use Amazon Route 53 Resolver for hybrid DNS.


Modify the default DHCP options set with a fleet of proxy DNS servers that are deployed in each VPC.


Create a fleet of DNS proxy servers in a central VPC. Share the proxy fleet with each VPC using AWS PrivateLink.

Questions 2

A Network Engineer is designing a new system on AWS that will take advantage of Amazon CloudFront for both content caching and for protecting the underlying origin. There is concern that an external agency might be able to access the IP addresses for the application’s origin and then attack the origin despite it being served by CloudFront. Which of the following solutions provides the strongest level of protection to the origin?



Use an IP whitelist rule in AWS WAF within CloudFront to ensure that only known-client IPs are able to access the application.


Configure CloudFront to use a custom header and configure an AWS WAF rule on the origin’s Application Load Balancer to accept only traffic that contains that header.


Configure an AWS Lambda@Edge function to validate that the traffic to the Application Load Balancer originates from CloudFront.


Attach an origin access identity to the CloudFront origin that allows traffic to the origin that originates from only CloudFront.

Questions 3

A company has a VPC in the us-west-1 Region and another VPC in the ap-southeast-2 Region Network engineers set up an AWS Direct Connect connection from their data center to the us-east-1 Region They create a private virtual interface (VIF) that references a Direct Connect gateway, which is then connected to virtual private gateways in both VPCs When the setup is complete, the engineers cannot access resources in us-west-1 from ap-southeast-2

What should the network engineers do to resolve this issued



Add the subnet range for the VPCs in us-west-1 and ap-southeast-2 to the route tables for both VPCs Add the Direct Connect gateway as a target


Configure the Direct Connect gateway to route traffic between the VPCs in ap-southeast-2 and us-west-2


Establish a VPC peering connection between the VPCs in ap-southeast-2 and us-west-2 Add the subnet ranges to the routing tables


Create static routes in each VPC that point to the destination VPC with the virtual private gateway as the route target