Access Control List (ACL)

First Experiment :

R4 Config :

R5 (12.1.1.1 ping 12.1.1.2)

R5 (1.1.1.1 ping 12.1.1.2)

Enhanced Interior Gateway Routing Protocol (EIGRP)

• Using Dual Algorithm
• Advance distance vector or mixed
• IP header protocol : 88
• VLSM and CIDR
• AD(Administration distance) = 90
• Metrics : bandwidth、delay、(loss load MTU)
• Trigger update : (Incremental update, reliable update)
• Type of Packet that used : Hello, Update, Ack, Query, Reply
• The three tables that EIGRP uses in its operation:
  • The neighbor table lists adjacent routers.
  • The topology table lists all the learned routes to each destination.
  • The routing table contains the best route (the successor route) to each destination.

In here we will assume that you already set the IP for every interface.

R1 Config :

R2 Config :

R3 Config :

On R2 display information about neighbors discovered :

R3 ping 192.168.12.1

References :

https://www.ciscopress.com/articles/article.asp?p=687478&seqNum=2

Routing Information Protocol (RIP)

R1 Config :

R1(config)#router rip
R1(config-router)#network 12.1.1.0

R2 Config :

R2(config)#router rip
R2(config-router)#network 12.1.1.0
R2(config-router)#network 23.1.1.0

R3 Config :

R3(config)#router rip
R3(config-router)#network 23.1.1.0

IPV6 Route

R1 Config :

SW Config :

VPC Config :

VPC ping 2012::1 and 2012::2

Dynamic Host Configuration Protocol (DHCP)

First Experiment : Make the switch as the second layer protocol.

R1 Config :

R2 Config :

R3 Config :

Connecting the R1 and R2

R1 Config :

R2 Config :

Try to ping R2 form R1 :

Second Experiment :

R5 Config:

VPC10 Config :

R7 Config :

VPC11 Config :

R6 Config :

VPC10 ping 12.1.1.20

VPC10 ping 10.1.1.2, first set the ip route on R5.

Ping success !

VPC10 ping 10.1.1.10, first set the ip route on R7.

Ping success !

Static Routing

Add the ip addres to every interface on the router.

Connecting every route by setting up the ip route.

Now every route has been connected, you can see it by run the command “do show ip route”

All router have been connected, if the connection suddenly shutting down on the R1 e0/0, EVE can automatically make R1 e0/1 as the line to connecting to the 20.1.1.0.

Build a network using EVE-NG and VMware

EVE-NG PRO is a the first clientless multivendor network emulation software that empowers network and security professionals with huge opportunities in the networking world. In this tutorial we will explain how to build a network using EVE-ng and VMware. We assume that all of you have already install the EVE-ng on the VMware.

So, the first thing that you have to do is open the EVE-ng on the VMware. The default login for EVE

eve-ng login: root
Password : eve

After that, open the IP on the browser and login with this default settings.

Username : admin
Password : eve

If the login was successful you will see this page on your browser. For add the lab to create the topology, choose the paper image button.

In this tutorial we will create a simple network using two routers like this.

To create the Virtual PC (VPC) right click and choose node. Then fill the form like the picture bellow.

To create the Switch (SW) also same with the VPC, but you have to choose like the picture bellow.

After the nodes are created, connect the line between every nodes so they can be connected. Then add the ip address to every VPC by double clicking the VPC nodes and open the telnet.

Let’s check if that two PC can connect to each others.

1. Right Click on the Switch -> Capture->e0/0
2. Open the download file so we will know the traffic from connecting these two PC
3. Try to ping VPC3 from VPC2 and vice versa.

ping successful

ping successful