INSTRUCTIONS: Configure static routes on R1, R2, R3, ISP1, and ISP2. On R2, configure a directly connected IPv4 default static route through R1. On R3, configure a directly connected IPv4 default static route through R1. On R1, configure a directly connected IPv4 static route to the internal LAN through R2. On R1, configure a directly connected IPv4 floating static route to the internal LAN through R3. Use an administrative distance of 5. On R1, configure a directly connected IPv4 default static route through ISP1. On R1, configure a directly connected IPv4 floating default static route through ISP2. Use an administrative distance of 5. On ISP1, configure a directly connected IPv4 static route to the internal LAN through R1. On ISP1, configure a directly connected IPv4 floating static route to the internal LAN through ISP2. Use an administrative distance of 5. On ISP2, configure a directly connected IPv4 static route to the internal LAN through R1. On R1, configure a directly connected IPv4 host route to the Server-B through ISP1. On R1, configure a directly connected IPv4 floating host route to the Server-B through ISP1. Configure R1 as the DHCP server, R2 and R3 as relay agents. Configure R1 to exclude the first 50 addresses from the 192.168.1.0/24 network. Create a DHCP pool named LAN_POOL (case-sensitive). Configure the DHCP pool to include the network address, subnet mask, and the default gateway (192.1681.1). Configure R2 and R3 as relay agents. Configure PC-A to receive it's IP address from a DHCP server. Configure R2 as the active router. Configure HSRP on the G0/1 LAN interface of R2. Specify the HSRP protocol version number. The most recent version is version 2. Configure the IP address (192.168.1.1) of the virtual default gateway. Use group number 1. Designate R2 as the active router. Assign 150 as the priority value of the router interface. Configure R2 to preempt the service of the standby router. Configure R3 as the standby router. Configure HSRP on the G0/1 LAN interface of R3. Specify the HSRP protocol version number. The most recent version is version 2. Configure the IP address (192.168.1.1) of the virtual default gateway. Use group number 1. Configure Port Security Set Fa0/1 of S1 and S2 in access mode. Enable port security on Fa0/1 of S1 and S2. Set the maximum so that only one device can access the Fa0/1 of S1 and S2. Secure the ports so that the MAC address of a device is dynamically learned and added to the running configuration. Set the violation mode so that the Fa0/1 of S1 and S2 are not disabled when a violation occurs, but a notification of the security violation is generated and packets from the unknown source are dropped. Disable all unused ports of S1 and S2. Ping Server A from PC-A and vice versa. Verify connectivity

INSTRUCTIONS: Configure static routes on R1, R2, R3, ISP1, and ISP2. On R2, configure a directly connected IPv4 default static route through R1. On R3, configure a directly connected IPv4 default static route through R1. On R1, configure a directly connected IPv4 static route to the internal LAN through R2. On R1, configure a directly connected IPv4 floating static route to the internal LAN through R3. Use an administrative distance of 5. On R1, configure a directly connected IPv4 default static route through ISP1. On R1, configure a directly connected IPv4 floating default static route through ISP2. Use an administrative distance of 5. On ISP1, configure a directly connected IPv4 static route to the internal LAN through R1. On ISP1, configure a directly connected IPv4 floating static route to the internal LAN through ISP2. Use an administrative distance of 5. On ISP2, configure a directly connected IPv4 static route to the internal LAN through R1. On R1, configure a directly connected IPv4 host route to the Server-B through ISP1. On R1, configure a directly connected IPv4 floating host route to the Server-B through ISP1. Configure R1 as the DHCP server, R2 and R3 as relay agents. Configure R1 to exclude the first 50 addresses from the 192.168.1.0/24 network. Create a DHCP pool named LAN_POOL (case-sensitive). Configure the DHCP pool to include the network address, subnet mask, and the default gateway (192.1681.1). Configure R2 and R3 as relay agents. Configure PC-A to receive it's IP address from a DHCP server. Configure R2 as the active router. Configure HSRP on the G0/1 LAN interface of R2. Specify the HSRP protocol version number. The most recent version is version 2. Configure the IP address (192.168.1.1) of the virtual default gateway. Use group number 1. Designate R2 as the active router. Assign 150 as the priority value of the router interface. Configure R2 to preempt the service of the standby router. Configure R3 as the standby router. Configure HSRP on the G0/1 LAN interface of R3. Specify the HSRP protocol version number. The most recent version is version 2. Configure the IP address (192.168.1.1) of the virtual default gateway. Use group number 1. Configure Port Security Set Fa0/1 of S1 and S2 in access mode. Enable port security on Fa0/1 of S1 and S2. Set the maximum so that only one device can access the Fa0/1 of S1 and S2. Secure the ports so that the MAC address of a device is dynamically learned and added to the running configuration. Set the violation mode so that the Fa0/1 of S1 and S2 are not disabled when a violation occurs, but a notification of the security violation is generated and packets from the unknown source are dropped. Disable all unused ports of S1 and S2. Ping Server A from PC-A and vice versa. Verify connectivity

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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INSTRUCTIONS:

Configure static routes on R1, R2, R3, ISP1, and ISP2.

On R2, configure a directly connected IPv4 default static route through R1.
On R3, configure a directly connected IPv4 default static route through R1.
On R1, configure a directly connected IPv4 static route to the internal LAN through R2.
On R1, configure a directly connected IPv4 floating static route to the internal LAN through R3. Use an administrative distance of 5.
On R1, configure a directly connected IPv4 default static route through ISP1.
On R1, configure a directly connected IPv4 floating default static route through ISP2. Use an administrative distance of 5.
On ISP1, configure a directly connected IPv4 static route to the internal LAN through R1.
On ISP1, configure a directly connected IPv4 floating static route to the internal LAN through ISP2. Use an administrative distance of 5.
On ISP2, configure a directly connected IPv4 static route to the internal LAN through R1.
On R1, configure a directly connected IPv4 host route to the Server-B through ISP1.
On R1, configure a directly connected IPv4 floating host route to the Server-B through ISP1.

Configure R1 as the DHCP server, R2 and R3 as relay agents.

Configure R1 to exclude the first 50 addresses from the 192.168.1.0/24 network.
Create a DHCP pool named LAN_POOL (case-sensitive).
Configure the DHCP pool to include the network address, subnet mask, and the default gateway (192.1681.1).
Configure R2 and R3 as relay agents.
Configure PC-A to receive it's IP address from a DHCP server.

Configure R2 as the active router.

Configure HSRP on the G0/1 LAN interface of R2.
Specify the HSRP protocol version number. The most recent version is version 2.
Configure the IP address (192.168.1.1) of the virtual default gateway. Use group number 1.
Designate R2 as the active router. Assign 150 as the priority value of the router interface.
Configure R2 to preempt the service of the standby router.

Configure R3 as the standby router.

Configure HSRP on the G0/1 LAN interface of R3.
Specify the HSRP protocol version number. The most recent version is version 2.
Configure the IP address (192.168.1.1) of the virtual default gateway. Use group number 1.

Configure Port Security

Set Fa0/1 of S1 and S2 in access mode.
Enable port security on Fa0/1 of S1 and S2.
Set the maximum so that only one device can access the Fa0/1 of S1 and S2.
Secure the ports so that the MAC address of a device is dynamically learned and added to the running configuration.
Set the violation mode so that the Fa0/1 of S1 and S2 are not disabled when a violation occurs, but a notification of the security violation is generated and packets from the unknown source are dropped.
Disable all unused ports of S1 and S2.
Ping Server A from PC-A and vice versa.
Verify connectivity
Ping Server-B from PC-A.
Ping Server-B from Server-A.