Default Network Diagram & Lab Exercises

Default Lab Diagram: The figure shows the default lab diagram consisting of four routers, 3 switches, 2 work stations and 1 servers. For doing the labs in the practical manual, the default diagram would be sufficient. It is possible to use the default configuration for various case studies by varying the ip addressing scheme and protocols.

The labs available in the practical manual are listed below for your ready reference:

1. Routing Fundamental Labs

1.1. Lab Exercise 1: Entering configuration mode on a router and exit

1.2. Lab Exercise 2: Setting host name

1.3. Lab Exercise 3: Setting routers domain name

1.4. Lab Exercise 4: Configure the root password (Encrypted Password)

1.5. Lab Exercise 5: Configure a DNS name server

1.6. Lab Exercise 6: Configure a backup router

1.7. Lab Exercise 7: Router interface address configuration

1.8. Lab Exercise 8: Shut down an interface

1.9. Lab Exercise 9: Set interface description

1.10. Lab Exercise 10: Configuring encapsulation on a physical interface

1.11. Lab Exercise 11: Configuring No-keepalives

1.12. Lab Exercise 12: Set keepalive timers

1.13. Lab Exercise 13: Configuring management ethernet interface(fxp0)

1.14. Lab Exercise 14: Setting bandwidth on an interface

1.15. Lab Exercise 15: Setting the hold-time value on a physical interface

1.16. Lab Exercise 16: Setting the DTE clock rate

1.17. Lab Exercise 17: Basic gigabit ethernet configuration on a router

1.18. Lab Exercise 18: Configuring speed on sonet interface

1.19. Lab Exercise 19: Show chassis commands on J and M series routers

2. Static Routing Labs

2.1. Lab Exercise 1: Configuring static routes

2.2. Lab Exercise 2: Ping Test

2.3. Lab Exercise 3: Telnet

2.4. Lab Exercise 4: Traceroute

3. Policies Configuration Labs

3.1. Lab Exercise 1: Routing policy lab 1

3.2. Lab Exercise 2: Routing policy lab 2

4. RIP Configuration Labs

4.1. Lab Exercise 1: RIP configuration

5. Dynamic Routing Labs

5.1. Lab Exercise 1: Ping test by configuring RIP

5.2. Lab Exercise 2: Ping test by configuring OSPF with multiple areas

6. Show Commands Labs

6.1. Lab Exercise 1: Show commands lab

7. OSPF Labs

7.1. Lab Exercise 1: OSPF configuration

7.2. Lab Exercise 2: OSPF configuration and verification

8. BGP Labs

8.1 Lab Exercise: BGP configuration

9. MPLS Labs

9.1 Lab Exercise 1: Enabling MPLS family on the interface

9.2 Lab Exercise 2: Enabling MPLS protocol on the interface

9.3 Lab Exercise 3: Enabling LDP protocol on the interface

9.4 Lab Exercise 4: MPLS show commands

9.5 Lab Exercise 5: MPLS ping and traceroute

10. IPV6 Labs

10.1 Lab Exercise 1: Configuring IPv6 address on an interface in EUI-format

10.2 Lab Exercise 2: Configuring IPv6 address on an interface in general form

10.3 Lab Exercise 3: Ipv6 show commands

10.4 Lab Exercise 4: Configuring IPV6 static routes

10.5 Lab Exercise 5: Ping Test using IPV6

10.6 Lab Exercise 6: Traceroute on IPV6

11. Firewall Filter (ACL) Labs

11.1 Lab Exercise 1: Creating a Firewall filter

11.2 Lab Exercise 2: Applying firewall filter to an interface

11.3 Lab Exercise 3: View Firewall filter entries

11.4 Lab Exercise 4: Configuring and Verifying firewall filter Lab Scenario-1

12. Network Address Translation Labs

12.1 Lab Exercise 1: Configuring Source NAT using Egress interface Address

12.2 Lab Exercise 2: Configuring Source NAT Translation pool

12.3 Lab Exercise 3: Configuring Destination NAT pools

12.4 Lab Exercise 4: Creating Destination NAT rule set

12.5 Lab Exercise 5: Configuring Static NAT for single address translation

12.6 Lab Exercise 6: Configuring Source NAT using multiple rules Lab Scenario-1

12.7 Lab Exercise 7: Configuring Destination NAT using multiple rules

13. Exercises on DHCP

13.1 Lab Exercise 1: Configuring juniper router as a DHCP Server

13.2 Lab Exercise 2: DHCP client configuration

13.3 Lab Exercise 3: Assigning ip address to PC(computer) from DHCP server

14. Exercises on VPN

14.1 Lab Exercise 1: Configuring Address Books and Address Sets

14.2 Lab Exercise 2: Configuring a security zone and bind the interfaces to the appropriate zones.

14.3 Lab Exercise 3: Configuring host-inbound services for each interface in the zone

14.4 Lab Exercise 4: Configuring IKE Phase 1 Proposal

14.5 Lab Exercise 5: Configuring IKE Phase 1 Policy

14.6 Lab Exercise 6: Configuring IKE Phase 1 gateway and reference the IKE policy

14.7 Lab Exercise 7: Configuring IPSEC Phase 2 proposals

14.8 Lab Exercise 8: Configuring IPSEC Phase 2 policies and reference the IPSEC proposals

14.9 Lab Exercise 9: Configuring the IPSEC Phase 2 VPN tunnel and reference the IPSEC Phase 2 policy

14.10 Lab Exercise 10: Configuring Security Policies

14.11 Lab Exercise 11: Configuring and Verifying Policy based VPN

14.12 Lab Exercise 12: Configuring and Verifying Route based VPN

15. Basic Switch Labs

15.1. Lab Exercise 1: Entering configuration mode on a switch and exit

15.2. Lab Exercise 2: Setting Hostname

15.3. Lab Exercise 3: Set interface description

15.4. Lab Exercise 4: Shutdown an interface

15.5. Lab Exercise 5: Basic CLI commands

15.6. Lab Exercise 6: Configure bandwidth on an interface

15.7. Lab Exercise 7: Configuring ether-options on the gigabit ethernet switch interface

15.8. Lab Exercise 8: Configuring the management IP address on EX series switch

16. Lab Exercises on VLAN

16.1. Lab Exercise 1: Define VLANs

16.2. Lab Exercise 2: Configure a port for membership in that VLAN

16.3. Lab Exercise 3: Configuring an interface as a trunk port

16.4. Lab Exercise 4: Configuring VLANs

16.5. Lab Exercise 5: Configuring Routed VLAN interface (Inter-VLAN routing)

17. Lab Exercises on Spanning tree protocol and VSTP

17.1. Lab Exercise 1: Configuring STP Timers

17.2. Lab Exercise 2: Setting bridge priority on switch

17.3. Lab Exercise 3: Configuring port priority

17.4. Lab Exercise 4: Verifying STP

17.5. Lab Exercise 5: Enabling VSTP on all VLANs

17.6. Lab Exercise 6: Enabling VSTP on a VLAN using a single VLAN-ID / VLANName