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Amazon AWS Certified Advanced Networking Specialty (ANS-C00) Exam Sample Questions (Q16-Q21):

NEW QUESTION # 16
A Network Engineer is troubleshooting a network connectivity issue for an instance within a public subnet that cannot connect to the internet. The first step the Engineer takes is to SSH to the instance via a local bastion within the VPC and runs an ifconfig command to inspect the IP addresses configured on the instance. The output is as follows:
ANS-C00-f432079d7cf1f6e4275dbb843448e2ae.jpg
The Engineer notices that the command output does not contain a public IP address. In the AWS Management Console, the public subnet has a route to the internet gateway. The instance also has a public IP address associated with it.
What should the Engineer do next to troubleshoot this situation?

  • A. Configure the public IP on the interface.
  • B. Associate an Elastic IP address to the interface.
  • C. Disable source/destination checking for the instance.
  • D. Evaluate the security groups and the network access control list.

Answer: D


NEW QUESTION # 17
Your application server instances reside in the private subnet of your VPC. These instances need to access a Git repository on the Internet. You create a NAT gateway in the public subnet of your VPC. The NAT gateway can reach the Git repository, but instances in the private subnet cannot.
You confirm that a default route in the private subnet route table points to the NAT gateway. The security group for your application server instances permits all traffic to the NAT gateway.
What configuration change should you make to ensure that these instances can reach the patch server?

  • A. Configure an inbound rule on the application server instance security group for the Git repository.
  • B. Configure inbound network access control lists (network ACLs) to allow traffic from the Git repository to the public subnet.
  • C. Assign public IP addresses to the instances and route 0.0.0.0/0 to the Internet gateway.
  • D. Configure an outbound rule on the application server instance security group for the Git repository.

Answer: D

Explanation:
The traffic leaves the instance destined for the Git repository; at this point, the security group must allow it through. The route then directs that traffic (based on the IP) to the NAT gateway. A is wrong because it removes the private aspect of the subnet and would have no effect on the blocked traffic anyway. C is wrong because the problem is that outgoing traffic is not getting to the NAT gateway. D is wrong because to allow outgoing traffic to the Git repository requires an outgoing security group rule.


NEW QUESTION # 18
Your company decides to use Amazon S3 to augment its on-premises data store. Instead of using the company's highly controlled, on-premises Internet gateway, a Direct Connect connection is ordered to provide high bandwidth, low latency access to S3. Since the company does not own a publically routable IPv4 address block, a request was made to AWS for an AWS- owned address for a Public Virtual Interface (VIF).
The security team is calling this new connection a "backdoor", and you have been asked to clarify the risk to the company.
Which concern from the security team is valid and should be addressed?

  • A. Direct Connect customers with a Public VIF in the same region could directly reach the router.
  • B. The S3 service could reach the router through a pre-configured VPC Endpoint.
  • C. AWS advertises its aggregate routes to the Internet allowing anyone on the Internet to reach the router.
  • D. EC2 instances in the same region with access to the Internet could directly reach the router.

Answer: D

Explanation:
Your Public VIF IP will be routable via Public VIF for resources within the region. If you have set the community to 9100, your prefixes will stay in-region only. Hence, an internet connected EC2 here will have route to your prefix and will use your Direct Connect to reach to you.


NEW QUESTION # 19
An organization is migrating its on-premises applications to AWS by using a lift-and-shift approach, taking advantage of managed AWS services wherever possible. The company must be able to edit the application code during the migration phase. One application is a traditional three-tier application, consisting of a web presentation tier, an application tier, and a database tier. The external calling client applications need their sessions to remain sticky to both the web and application nodes that they initially connect to.
Which load balancing solution would allow the web and application tiers to scale horizontally independent from one another other?

  • A. Deploy a web node and an application node as separate containers on the same host, using task linking to create a relationship between the pair. Add an Application Load Balancer with session stickiness in front of all web node containers.
  • B. Use an Application Load Balancer at the web tier and a Classic Load Balancer at the application tier. Set session stickiness on both, but update the application code to create an application-controlled cookie on the Classic Load Balancer.
  • C. Use a Network Load Balancer at the web tier, and an Application Load Balancer at the application tier. Enable session stickiness on the Application Load Balancer, but take advantage of the native WebSockets protocols available to the Network Load Balancer.
  • D. Use an Application Load Balancer at both the web and application tiers, setting session stickiness at the target group level for both tiers.

Answer: B


NEW QUESTION # 20
A company hosts several applications in the AWS Cloud across multiple VPCs that are connected to a transit gateway. Redundant AWS Direct Connect connections and a Direct Connect gateway provide private network connectivity to the company's on-premises environment.
During a maintenance window, the networking team adds eight VPCs. The application management team notices that there is no reachability between the newly created VPCs and the on-premises environment. Connectivity between all VPCs through the transit gateway is working as expected.
Which of the following are possible causes of the connectivity issues? (Choose two.)

  • A. The prefixes that are advertised from the Direct Connect gateway to the on-premises router do not contain the CIDR blocks of the newly created VPCs
  • B. The route tables for the newly created VPCs do not have the routes to the on-premises environment that point to the transit gateway attachment
  • C. The route tables for the newly created VPCs have only summary routes for the on-premises environment that point to the transit gateway attachment
  • D. The prefixes that are advertised from the Direct Connect gateway to the on-premises router are shorter than the CIDR blocks of the newly created VPCs
  • E. The on-premises route tables do not contain the exact CIDR blocks of the newly created VPCs

Answer: C,D

Explanation:
https://docs.aws.amazon.com/vpc/latest/tgw/how-transit-gateways-work.html
https://docs.aws.amazon.com/directconnect/latest/UserGuide/prefix-example.html


NEW QUESTION # 21
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