IPv$6$ addressing

Addressing Table

Step $1$: Determine the IP Addressing Scheme.

Desian an IPv$4$ addressina scheme and complete the Addressina Table based on the following requirements.

Time Remaining: $02$:$30$:$48$

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$$ DockYou will practice and be assessed on the following skills:

$=$ Configuration of initial IOS device settings

$=$ Design and calculation of IPv$4$ addressing

$=$ Configuration of IOS device interfaces including IPv$4$ and IPv$6$ addressing when appropriate

$=$ Addressing of network hosts with IPv$4$ and IPv$6$ addresses

$=$ Enhancing device security, including configuration of the secure transport protocol for remote device management

$=$ Configuration of a switch virtual management interface

Requirements by device:

Building $1$ router:

$=$ Configuration of initial router settings

$=$ Interface configuration and IPv$4$ and IPv$6$ addressing

$=$ Device security enhancement, or device hardening

$=$ Secure transport for remote configuration connections as covered in the labs and Packet Tracers in the course.

Second Floor Switch:

$=$ Enabling basic remote management by Telnet

$=$ PC and Server hosts:

o IPv$4$ full addressing

o IPv$6$ addressingStep $1$: Determine the IP Addressing Scheme.

Design an IPv$4$ addressing scheme and complete the Addressing Table based on the following requirements.

a$.$ Subnet the $192\mathrm{.}168\mathrm{.}1\mathrm{.}0/24$ network to provide $30$ host addresses per subnet while wasting the fewest addresses.

b$.$ Assign the fourth subnet to the First Floor LAN.

c$.$ Assign the last network host address $($the highest$)$ in this subnet to the G$0/0$ interface on Building $1.$

d$.$ Starting with the fifth subnet, subnet the network again so that the new subnets will provide $14$ host addresses per subnet while wasting the fewest addresses.

e$.$ Assign the second of these new $14-$host subnets to the Second Floor LAN.

f$.$ Assign the last network host address $($the highest$)$ in the Second Floor LAN subnet to the G$0/1$ interface of the Building $1$ router.

g$.$ Assign the second to the last address $($the second highest$)$ in this subnet to the VLAN $1$ interface of the Second Floor Switch.

h$.$ Configure addresses on the hosts using any of the remaining addresses in their respective subnets.

Step $2$: Configure Host Addressing

a$.$ Use the IPv$4$ addressing from Step $1$ and the IPv$6$ addressing values provided in the Addressing Table to configure all host PCs with the correct addressing.

b$.$ Use the router interface link$-$local address as the IPv$6$ default gateways on the hosts.

c$.$ Complete the configuration of the server using the IPv$4$ addressing values from Step $1$ and the values in the addressing table

Step $3$: Configure the Building $1$ Router.

a$.$ Configure the Building $1$ router with all initial configurations that you have learned in the course so far:

o Configure the router hostname: Building$-1$

o Protect device configurations from unauthorized access with the encrypted privileged exec password.

o Secure all access lines into the router using methods covered in the course and labs.

o Require newly$-$entered passwords to have a minimum length of $10$ characters.

o Prevent all passwords from being viewed in clear text in device configuration files.

o Configure the router to only accept in$-$band management connections over the protocol that is more secure than Telnet, as was done in the labs and PT activities. Use the value $1024$ for encryption key strength.

o Configure local user authentication for in$-$band management connections. Create a user with the name netadmin and a secret password of Cisco$\_$CCNA$7.$

b$.$ Configure the two Gigabit Ethernet interfaces using the IPv$4$ addressing values that you calculated and the IPv$6$ values provided in the addressing table.

o Reconfigure the link local addresses to the value shown in the table.

o Document the interfaces in the configuration file.

Step $4$: Configure the Second Floor Switch.

Configure Second Floor Switch for remote management over Telnet.

a$.$ Configure VLAN $1$ as the SVI.

b$.$ Configure IPv$4$ addressing according to your work in Step $1.$

c$.$ Be sure that the switch is able to accept connections from hosts on other networks.