Need help for CCNA Questions for Practical. What are the steps I need to take to do these commands in the configuration window? Device configuration Frisco Router configuration: $-$ Name the router as Frisco as shown in the topology $-$ Set the minimum length for passwords as $9$ characters $-$ Disable DNS look up $-$ Configure message of the day banner as $$Warning$!!$ Login is restricted to authorized users only$-$ Set Encrypted privileged EXEC password as $$ccna$1$enpass$-$ To prevent brute$-$force login attacks, block login attempts for $60$ seconds if there are three failed login attempts within $30$ seconds $-$ Configure console access password as $$ccna$1$conpass$-$ Extend the EXEC timeout default of $10$ minutes to $30$ minutes for the console port $-$ Set login on vty lines $0$ thru $4$ to use local database and to accept SSH connections only Switch configuration: SW$1-$ Name the switch for LAN$-$A as SW$1$ as shown in the topology $-$ Disable DNS look up $-$ Configure message of the day banner as $$Warning$!!$ Login is restricted to authorized users only$-$ Set Encrypted privileged EXEC password as $$class$-$ To prevent brute$-$force login attacks, block login attempts for $60$ seconds if there are three failed login attempts within $30$ seconds $-$ Configure console access password as $$cisco$-$ Set login on vty lines to use password as $$cisco$$ Switch configuration: SW$2-$ Name the switch for LAN$-$B as SW$2$ as shown in the topology $-$ Disable DNS look up $-$ Set Encrypted privileged EXEC password as $$class$-$ Configure console access password as $$cisco$-$ Set login on vty lines to use password as $$cisco$$ IPv$4$ Addressing Assignment: $1.$ Frisco router$$s interfaces will be assigned the first IP address G$0/0/1($LAN$-$A$)\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_$ G$0/0/0($LAN$-$B$)\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_$ Switches SW$1$ and SW$2$ will be assigned the second IP address SW$1($SVI in LAN$-$A$)\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_$ SW$1($Default Gateway$)\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_$ SW$2($SVI in LAN$-$B$)\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_$ SW$2($Default Gateway$)\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_3$ PC$-$A and PC$-$B can be assigned with any valid IP address in each of their respective subnets. Configure Default Gateways as well. Test and Verify IPv$4$ End$-$to$-$End Connectivity $-$ Use PING to test and verify reachability among all devices $-$ PC$-$A and PC$-$B both should be able to telnet into SW$1$ and SW$2-$ PC$-$A and PC$-$B both should NOT be able to telnet into Frisco Configure Security Services on Frisco router $-$ Configure Frisco router for SSH remote access. Use $$itcc$1314.$com$$ as ip domain name $-$ Create an administrative user in the local database: Username: admin Password: adminccna$1-$ Configure vty ports $0$ thru $4$ to permit only SSH access$($pre$-$configured in Part $2)-$ Set login on vty ports $0$ thru $4$ to use local database$($pre$-$configured in Part $2)-$ Generate RSA crypto key with $2048$ bits modulus $-$ Verify remote access from PC$-$A and PC$-$B to Frisco router using SSH client Configure IPv$6$ Addressing using SLACC Given an IPv$6$ global unicast network address of $2001$:DB$8$:ACAD::$/48,$ configure IPv$6$ addresses for the Gigabit interfaces on Frisco. Your given IPv$6$ network address of $2001$:DB$8$:ACAD::$/48$ is subnetted into two more subnets for LAN$-$A and LAN$-$B$,$ you can make use of the $4$th Hextet $(16-$bit subnet IDs$)$ as follows: $2001$:DB$8$:ACAD:ABCD::$/64($assign to LAN$-$A$)2001$:DB$8$:ACAD:DCBA::$/64($assign to LAN$-$B$)$ After you completed the manual assignment of IPv$6$ GUA address to the router interfaces $($use the first IPv$6$ global unicast host address for each subnet$),$ the router will automatically assign a link$-$local address using the EUI$-64$ method. Reconfigure the link$-$local addresses for both G$0/0/0$ and G$0/0/1$ on the router to override the default link$-$local address automatically assigned by the EUI$-64$ method. Reconfigure to FE$80$::$1$ as the link$-$local address on both router interfaces. The end devices must be set as $$Auto Config$$ in order to configure its own IPv$6$ global unicast address from SLACC. Record the IPv$6$ global unicast address for each of the end devices: IPv$6$ address for PC$-$A $\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_$ IPv$6$ address for PC$-$B $\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_$ Use PING to verify IPv$6$ end$-$to$-$end reachability. Verify SSH remote access from the PCs using IPv$6$ addressing.