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ANS-C01 Exam Dumps : Amazon AWS Certified Advanced Networking - Specialty

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Amazon AWS Certified Advanced Networking - Specialty Questions and Answers

Question 1

A finance company runs multiple applications on Amazon EC2 instances in two VPCs that are within a single AWS Region. The company uses one VPC for stock trading applications. The company uses the second VPC for financial applications. Both VPCs are connected to a transit gateway that is configured as a multicast router.

In the stock trading VPC, an EC2 instance that has an IP address of 10.128.10.2 sends trading data over a multicast network to the 239.10.10.10 IP address on UDP Port 5102. The company recently launched two new EC2 instances in the financial application VPC. The new EC2 instances need to receive the multicast stock trading data from the EC2 instance that is in the stock trading VPC.

Which combination of steps should the company take to meet this requirement? (Choose three.)

Options:

A.

Add the elastic network interfaces of the two new EC2 instances as members of the multicast group by using the group IP address of 239.10.10.10.

B.

Add an inbound rule to the security groups that are attached to the multicast receiver instances. Configure the rule as follows:

Protocol: IGMP Version 2. Port: 5102, and Source: 239 10.10.10/32

C.

Create associations to two EC2 instance IDs on the financial application VPC transit gateway attachment under the transit gateway multicast domain.

D.

Create an association to EC2 instance subnets on the financial application VPC transit gateway attachment under the transit gateway multicast domain.

Add an inbound rule to the security groups that are attached to the multicast receiver instances. Configure the rule as follows.

E.

Protocol: UDP, Port: 5102, and Source: 10.128.10.2/32

F.

Add an inbound rule to the security groups that are attached to the multicast receiver instances. Configure the rule as follows:

Protocol: IGMP Version 2. Port: All, and Source: 0 0.0.0/32

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Question 2

A company is growing rapidly. Data transfers between the company's on-premises systems and Amazon EC2 instances that run in VPCs are limited by the throughput of a single AWS Site-to-Site VPN connection between the company's on-premises data center firewall and an AWS Transit Gateway.

A network engineer must resolve the throttling by designing a solution that is highly available and secure. The solution also must scale the VPN throughput from on premises to the VPC resources to support the increase in traffic.

Which solution will meet these requirements?

Options:

A.

Configure multiple dynamic BGP-based Site-to-Site VPN connections to the transit gateway Configure equal-cost multi-path routing

B.

Configure multiple static routing-based Site-to-Site VPN connections to the transit gateway. Configure equal-cost multi-path routing

C.

Configure a new Site-to-Site VPN connection to the transit gateway Enable acceleration for the Site-to-Site VPN connection.

D.

Configure a software appliance-based VPN connection over the internet from the on-premises firewall to an EC2 instance that has a large instance size and networking capabilities.

Question 3

A company wants to implement a distributed architecture on AWS that uses a Gateway Load Balancer (GWLB) and GWLB endpoints.

The company has chosen a hub-and-spoke model. The model includes a GWLB and virtual appliances that are deployed into a centralized appliance VPC and GWLB endpoints. The model also includes internet gateways that are configured in spoke VPCs.

Which sequence of traffic flow to the internet from the spoke VPC is correct?

Options:

A.

1. An application in a spoke VPC sends traffic to the GWLB endpoint based on the VPC route table configuration.

2. Traffic is delivered securely and privately to the GWLB.

3. The GWLB sends the traffic to a virtual appliance for inspection.

4. Return traffic flows back to the GWLB endpoint and out to the internet through the internet gateway.

B.

1. An application in a spoke VPC sends traffic to the GWLB endpoint based on the VPC route table configuration.

2. Traffic is delivered securely and privately to the GWLB endpoint.

3. The GWLB sets the X-Forwarded-For request header and sends the traffic to a virtual appliance for inspection.

4. Return traffic flows back to the GWLB and out to the internet through an internet gateway.

C.

1. An application in a spoke VPC sends traffic to the GWLB endpoint.

2. Traffic is delivered securely and privately to the GWLB.

3. The GWLB sets the X-Forwarded-For request header and sends the traffic to a virtual appliance for inspection.

4. Return traffic flows back to the GWLB endpoint and out to the internet through the internet gateway.

D.

1. An application in a spoke VPC sends traffic to the GWLB.

2. Traffic is delivered securely and privately to the GWLB endpoint.

3. The GWLB sends the traffic to a virtual appliance for inspection.

4. Return traffic flows back to the GWLB and out to the internet through an internet gateway.