https://wiki.ihitc.net/mediawiki/api.php?action=feedcontributions&feedformat=atom&user=Jeffkuhn 2026-04-08T15:24:03Z User contributions MediaWiki 1.38.5 https://wiki.ihitc.net/mediawiki/index.php?title=Franske_CNT-2831&diff=3470 2010-11-02T23:46:01Z

<p>Jeffkuhn: </p> <hr /> <div>This is the homepage for the CNT-2831: Implementing Cisco IOS Network Security (CCNA Security) classes taught by Dr. Ben Franske.<br /> <br /> == General Course Information ==<br /> * [[Franske CNT-2831 Syllabus|Course Syllabus]]<br /> * [[Franske CNT-2831 FA10 Schedule|Fall 2010 Course Schedule]]<br /> * [[Franske CNT-2831 Labs|Lab Assignments]]<br /> * [[Franske CNT Service Project Assignment|Service Project Assignment]]<br /> <br /> == Projects ==<br /> <br /> == Resources ==<br /> === Cryptography ===<br /> * Security Now Episode 35: Cryptographic Hashes [http://media.grc.com/sn/sn-035.mp3 Audio], [http://www.grc.com/sn/sn-035.htm Text]<br /> * Security Now Episode 185: Cryptographic HMACs [http://media.grc.com/sn/sn-185.mp3 Audio], [http://www.grc.com/sn/sn-185.htm Text] (It isnt about HMACS Ben)<br /> * Security Now Episode 31: Symmetric Stream Ciphers [http://media.grc.com/sn/sn-031.mp3 Audio], [http://www.grc.com/sn/sn-031.htm Text]<br /> * Security Now Episode 33: Symmetric Stream Ciphers [http://media.grc.com/sn/sn-033.mp3 Audio], [http://www.grc.com/sn/sn-033.htm Text]<br /> * Security Now Episode 34: Public Key Cryptography [http://media.grc.com/sn/sn-034.mp3 Audio], [http://www.grc.com/sn/sn-034.htm Text]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Nat_Masquerading_and_Firewall&diff=1939 2010-05-10T10:39:23Z

<p>Jeffkuhn: </p> <hr /> <div>==Nat Masquerading and Firewall==<br /> This page will guide you through creating a simple firewall that includes NAT.<br /> *Prep work - Creating or viewing your interfaces<br /> sudo nano /etc/network/interfaces <br /> Edit this file to fit your need for this guide eth0 will be outside or private interface of the network and eth1 will be the inside or private part of your network.<br /> <br /> [[File:interfaces.png]]<br /> <br /> Now restart the network<br /> sudo /etc/init.d/networking restart<br /> <br /> ==Setting up NAT Masquerading==<br /> This is pretty easy to setup as it is only three steps. First part is to start the NAT.<br /> modprobe iptable_nat<br /> Second part is to tell your iptables to masquerade things going out of your public interface<br /> iptables -t nat -A POSTROUTING -o eth0 -j MASQUERADE<br /> Third part is to allow packet forwarding<br /> nano /etc/sysctl.conf<br /> Find #net.ipv4.ip_forward=1, uncomment this line and make sure it is equal to 1. <br /> You now have Nat configured and should be working if your firewall chains are defaulted to accept all packets.<br /> <br /> <br /> ==Firewall Rules==<br /> This section will show you examples for rule statements and can be cloned for all ports and protocols.<br /> *Allow established connections<br /> iptables -A OUTPUT -o eth0 -m state --state ESTABLISHED,RELATED -j ACCEPT<br /> iptables -A INPUT -j ACCEPT -m state --state ESTABLISHED,RELATED -i eth0 -p tcp<br /> iptables -A FORWARD -t filter -o eth0 -m state --state NEW,ESTABLISHED,RELATED -j ACCEPT<br /> iptables -A FORWARD -t filter -i eth0 -m state --state ESTABLISHED,RELATED -j ACCEPT<br /> <br /> *Incoming Connections<br /> This for SSH you can change the --dport to whatever port you need for other protocols for example 80 for http. Check if your protocol is udp and if so change tcp to udp.<br /> iptables -A INPUT -p tcp -i eth0 --dport 22 -m state --state NEW -j ACCEPT<br /> or like this for DNS requests<br /> iptables -A INPUT -p udp -i eth0 --sport 53 -j ACCEPT<br /> <br /> *Outgoing Connections<br /> This for HTTP and HTTPS and is for multiple ports so all tcp can be added to this and create another for udp and put all your udp ports on that one.<br /> iptables -A OUTPUT -j ACCEPT -m state --state NEW,ESTABLISHED,RELATED -o eth0 -p tcp -m multiport --dports 80,443<br /> or single entries like this for DNS:<br /> iptables -A OUTPUT -p udp -o eth0 --dport 53 -j ACCEPT<br /> <br /> *Port Forwarding<br /> This is the fun part and the easily misconfigured so look closely and be careful. First part is tcp or udp. Then look at the -d for your outside ip address. Then -dport is the destination port, in this case http port 80. Then it jumps to DNAT and you then point it to your web server and can change the port number at the : if you changed your port number for the web server.<br /> iptables -t nat -A PREROUTING -p tcp -i eth0 -d 172.16.0.30 --dport 80 -j DNAT --to 192.168.0.3:80<br /> Then you will need to get this accepted through the forward chain<br /> ip tables -A FORWARD -p tcp -i eth0 -o eth1 -d 192.168.0.3 --dport 80 -m state --state NEW -j ACCEPT<br /> <br /> *The Reboot (Dont Reboot!)<br /> Your iptables commands will not reapply after a reboot or shutdown. You may want to create a script and apply it to the rc.local to start up or take the easy route and do it in webmin. In webmin after you enter your commands you can hit the revert button and all your rules should pop up in the chains. Then you can hit the activate at boot option and apply the configuration. This will add a line to your eth0 interface so when it comes up it will load the config it has saved in its file.</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Franske_CNT-2311&diff=1938 2010-05-10T10:15:36Z

<p>Jeffkuhn: /* Projects */</p> <hr /> <div>This is the homepage for the CNT-2311 classes taught by Dr. Ben Franske.<br /> <br /> == General Course Information ==<br /> * [http://spreadsheets.google.com/viewform?formkey=dFZwb1VFOXh2bTJfS0FuRV92ZnR6eHc6MA Student Sign-In for 1/19/2010]<br /> * [[Franske CNT-2311 SP10 Syllabus|Spring 2010 Course Syllabus]]<br /> * [[Franske CNT-2311 SP10 Schedule|Spring 2010 Course Schedule]]<br /> * [[Franske CNT-2311 SP10 Commands|Spring 2010 Commands by Session]]<br /> * [[Franske CNT-2311 Labs|Lab List]]<br /> * [[Franske CNT-2311 Lab Point Sheet|Lab/Homework Point Sheet]]<br /> * [[Franske CNT Service Project Assignment|Service Project Assignment]]<br /> * [[Franske Lab Report Format|Lab Report Format]]<br /> * [[Franske CNT-2311 Network Simulation Project|Network Simulation Project]]<br /> <br /> == Projects ==<br /> <br /> * [[Dual Booting]]<br /> <br /> * [http://cnt.lextron.net/Grub2 GRUB 2 Configuration]<br /> <br /> * [[Linux VLAN Trunking]]<br /> <br /> * [[Installing Webmin]]<br /> <br /> *[[Nat Masquerading and Firewall]]<br /> <br /> == Resources ==<br /> === Software ===<br /> * [http://www.virtualbox.org Virtualbox]<br /> === Major Linux Distributions ===<br /> * [http://www.debian.org Debian]<br /> ** [http://www.ubuntu.com Ubuntu]<br /> * [http://www.redhat.com Redhat Enterprise Linux (RHEL)]<br /> ** [http://centos.org CentOS]<br /> ** [http://fedoraproject.org Fedora]<br /> * [http://www.gentoo.org Gentoo]<br /> * [http://www.opensuse.org OpenSUSE (Novell)]<br /> === Online Linux Tutuorials ===<br /> * [http://www.linux.org/lessons/beginner Beginning Linux from Linux.org]\<br /> * [https://help.ubuntu.com/community/PostfixBasicSetupHowto Postfix Basic Setup]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Nat_Masquerading_and_Firewall&diff=1937 2010-05-10T10:13:19Z

<p>Jeffkuhn: </p> <hr /> <div>==Nat Masquerading and Firewall==<br /> This page will guide you through creating a simple firewall that includes NAT.<br /> *Prep work - Creating or viewing your interfaces<br /> sudo nano /etc/network/interfaces <br /> Edit this file to fit your need for this guide eth0 will be outside or private interface of the network and eth1 will be the inside or private part of your network.<br /> <br /> [[File:interfaces.png]]<br /> <br /> Now restart the network<br /> sudo /etc/init.d/networking restart<br /> <br /> ==Setting up NAT Masquerading==<br /> This is pretty easy to setup as it is only three steps. First part is to start the NAT.<br /> modprobe iptable_nat<br /> Second part is to tell your iptables to masquerade things going out of your public interface<br /> iptables -t nat -A POSTROUTING -o eth0 -j MASQUERADE<br /> Third part is to allow packet forwarding<br /> nano /etc/sysctl.conf<br /> Find #net.ipv4.ip_forward=1, uncomment this line and make sure it is equal to 1. <br /> You now have Nat configured and should be working if your firewall chains are defaulted to accept all packets.<br /> <br /> <br /> ==Firewall Rules==<br /> This section will show you examples for rule statements and can be cloned for all ports and protocols.<br /> *Allow established connections<br /> iptables -A OUTPUT -o eth0 -m state --state ESTABLISHED,RELATED -j ACCEPT<br /> iptables -A INPUT -j ACCEPT -m state --state ESTABLISHED,RELATED -i eth0 -p tcp<br /> iptables -A FORWARD -t filter -o eth0 -m state --state NEW,ESTABLISHED,RELATED -j ACCEPT<br /> iptables -A FORWARD -t filter -i eth0 -m state --state ESTABLISHED,RELATED -j ACCEPT<br /> <br /> *Incoming Connections<br /> This for SSH you can change the --dport to whatever port you need for other protocols for example 80 for http. Check if your protocol is udp and if so change tcp to udp.<br /> iptables -A INPUT -p tcp -i eth0 --dport 22 -m state --state NEW -j ACCEPT<br /> or like this for DNS requests<br /> iptables -A INPUT -p udp -i eth0 --sport 53 -j ACCEPT<br /> <br /> *Outgoing Connections<br /> This for HTTP and HTTPS and is for multiple ports so all tcp can be added to this and create another for udp and put all your udp ports on that one.<br /> iptables -A OUTPUT -j ACCEPT -m state --state NEW,ESTABLISHED,RELATED -o eth0 -p tcp -m multiport --dports 80,443<br /> or single entries like this for DNS:<br /> iptables -A OUTPUT -p udp -o eth0 --dport 53 -j ACCEPT<br /> <br /> *Port Forwarding<br /> This is the fun part and the easily misconfigured so look closely and be careful. First part is tcp or udp. Then look at the -d for your outside ip address. Then -dport is the destination port, in this case http port 80. Then it jumps to DNAT and you then point it to your web server and can change the port number at the : if you changed your port number for the web server.<br /> iptables -t nat -A PREROUTING -p tcp -i eth0 -d 172.16.0.30 --dport 80 -j DNAT --to 192.168.0.3:80<br /> Then you will need to get this accepted through the forward chain<br /> ip tables -A FORWARD -p tcp -i eth0 -o eth1 -d 192.168.0.3 --dport 80 -m state --state NEW -j ACCEPT</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Nat_Masquerading_and_Firewall&diff=1936 2010-05-10T09:59:09Z

<p>Jeffkuhn: </p> <hr /> <div>==Nat Masquerading and Firewall==<br /> This page will guide you through creating a simple firewall that includes NAT.<br /> *Prep work - Creating or viewing your interfaces<br /> sudo nano /etc/network/interfaces <br /> Edit this file to fit your need for this guide eth0 will be outside or private interface of the network and eth1 will be the inside or private part of your network.<br /> <br /> [[File:interfaces.png]]<br /> <br /> Now restart the network<br /> sudo /etc/init.d/networking restart<br /> <br /> ==Setting up NAT Masquerading==<br /> This is pretty easy to setup as it is only three steps. First part is to start the NAT.<br /> modprobe iptable_nat<br /> Second part is to tell your iptables to masquerade things going out of your public interface<br /> iptables -t nat -A POSTROUTING -o eth0 -j MASQUERADE<br /> Third part is to allow packet forwarding<br /> nano /etc/sysctl.conf<br /> Find #net.ipv4.ip_forward=1, uncomment this line and make sure it is equal to 1. <br /> You now have Nat configured and should be working if your firewall chains are defaulted to accept all packets.<br /> <br /> <br /> ==Firewall Rules==<br /> This section will show you examples for rule statements and can be cloned for all ports and protocols.<br /> *Allow established connections<br /> iptables -A OUTPUT -o eth0 -m state --state ESTABLISHED,RELATED -j ACCEPT<br /> iptables -A INPUT -j ACCEPT -m state --state ESTABLISHED,RELATED -i eth0 -p tcp<br /> iptables -A FORWARD -t filter -o eth0 -m state --state NEW,ESTABLISHED,RELATED -j ACCEPT<br /> iptables -A FORWARD -t filter -i eth0 -m state --state ESTABLISHED,RELATED -j ACCEPT<br /> <br /> *Incoming Connections<br /> This for SSH you can change the --dport to whatever port you need for other protocols for example 80 for http. Check if your protocol is udp and if so change tcp to udp.<br /> iptables -A INPUT -p tcp -i eth0 --dport 22 -m state --state NEW -j ACCEPT<br /> or like this for DNS requests<br /> iptables -A INPUT -p udp -i eth0 --sport 53 -j ACCEPT<br /> <br /> *Outgoing Connections<br /> This for HTTP and HTTPS and is for multiple ports so all tcp can be added to this and create another for udp and put all your udp ports on that one.<br /> iptables -A OUTPUT -j ACCEPT -m state --state NEW,ESTABLISHED,RELATED -o eth0 -p tcp -m multiport --dports 80,443<br /> or single entries like this for DNS:<br /> iptables -A OUTPUT -p udp -o eth0 --dport 53 -j ACCEPT</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Nat_Masquerading_and_Firewall&diff=1935 2010-05-10T09:39:34Z

<p>Jeffkuhn: Created page with &#039;==Nat Masquerading and Firewall== This page will guide you through creating a simple firewall that includes NAT. *Prep work - Creating or viewing your interfaces sudo nano /…&#039;</p> <hr /> <div>==Nat Masquerading and Firewall==<br /> This page will guide you through creating a simple firewall that includes NAT.<br /> *Prep work - Creating or viewing your interfaces<br /> sudo nano /etc/network/interfaces <br /> Edit this file to fit your need for this guide eth0 will be outside or private interface of the network and eth1 will be the inside or private part of your network.<br /> <br /> [[File:interfaces.png]]<br /> <br /> Now restart the network<br /> sudo /etc/init.d/networking restart<br /> <br /> ==Setting up NAT Masquerading==<br /> This is pretty easy to setup as it is only three steps. First part is to start the NAT.<br /> modprobe iptable_nat<br /> Second part is to tell your iptables to masquerade things going out of your public interface<br /> iptables -t nat -A POSTROUTING -o eth0 -j MASQUERADE<br /> Third part is to allow packet forwarding<br /> nano /etc/sysctl.conf<br /> Find #net.ipv4.ip_forward=1, uncomment this line and make sure it is equal to 1. <br /> You now have Nat configured and should be working if your firewall chains are defaulted to accept all packets.<br /> <br /> <br /> ==Firewall Rules==<br /> This section will show you examples for rule statements and can be cloned for all ports and protocols.<br /> *Allow established connections<br /> iptables -A OUTPUT -o eth0 -m state --state ESTABLISHED,RELATED -j ACCEPT<br /> *Incoming Connections<br /> This for SSH you can change the --dport to whatever port you need for other protocols for example 80 for http. Check if your protocol is udp and if so change tcp to udp.<br /> iptables -A INPUT -p tcp -i eth0 --dport 22 -m state --state NEW -j ACCEPT</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Interfaces.png&diff=1934 2010-05-10T09:09:53Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Franske_CNT-2540&diff=1486 2010-04-27T17:08:08Z

<p>Jeffkuhn: /* Projects */</p> <hr /> <div>This is the homepage for the CNT-2540: Accessing the WAN classes taught by Dr. Ben Franske.<br /> <br /> == General Course Information ==<br /> * [[Franske CNT-2540 SP10 Syllabus|Spring 2010 Course Syllabus]]<br /> * [[Franske CNT-2540 SP10 Schedule|Spring 2010 Course Schedule]]<br /> * [[Franske CNT-2540 Lab Point Sheet|Lab Point Sheet]]<br /> * [[Franske CNT Service Project Assignment|Service Project Assignment]]<br /> * [[Franske Lab Report Format|Lab Report Format]]<br /> * Assessments and online curriculum available at [http://cisco.netacad.net http://cisco.netacad.net]<br /> <br /> == Projects ==<br /> *[[Frame relay multipoint lab]]<br /> <br /> == Resources ==<br /> === Subnetting ===<br /> * [http://www.learntosubnet.com LearnToSubnet.com] (Requires using Internet Explorer)</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Frame_relay_multipoint_lab&diff=1485 2010-04-27T17:06:56Z

<p>Jeffkuhn: </p> <hr /> <div>==Frame Relay Multipoint Lab==<br /> [[File:diagram.jpeg|middle]]<br /> ==Goals of this lab==<br /> *To create a network using Multipoint Frame Relay<br /> *Achieve Frame Relay using the Adtran Atlas 550<br /> *Configure OSPF for multipoint routing<br /> ==Phase One==<br /> Connect the network according to the diagram. You will need to pay attention to which ports you use on the Adtran as this is be your DLCI numbers. For this lab we will be using Port 1 of the Adtran for R1, Port 2 for R2, and Port 3 for R3. Below is how you determine what is going on with the Adtran.<br /> <br /> [[File:portnum.JPG|middle]]<br /> [[File:table.JPG|middle]]<br /> <br /> ==Phase Two==<br /> You will want to do the basics on Routers like:<br /> *Hostname<br /> *Address your Fast Ethernet ports so they can recieve some mail.<br /> *No ip domain-lookup<br /> *Some Banner action<br /> *Password the crap out of your router so demons dont get you while you sleep at night!<br /> ==Phase Three==<br /> This phase will be all about how to setup your frame relay on your routers. We will be starting on R1 so please be there. You will start off by going into global config mode.<br /> *interface s0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 multipoint<br /> *ip address 192.168.0.1 255.255.255.0<br /> *frame-relay interface-dlci 103<br /> *exit (out of the dlci command interface thingy)<br /> *frame-relay interface-dlci 102<br /> *exit<br /> *ip ospf network point-to-multipoint (So OSPF will work in this enviroment)<br /> Now on R2 in global configuration mode<br /> *interface serial0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 point-to-point<br /> *ip address 192.168.0.2 255.255.255.0<br /> *frame-relay interface-dlci 201<br /> *ip ospf network point-to-multipoint<br /> Now on R3 in global configuration mode<br /> *interface serial0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 point-to-point<br /> *ip address 192.168.0.3 255.255.255.0<br /> *frame-relay interface-dlci 301<br /> *ip ospf network point-to-multipoint<br /> Your network should be able to ping each other at this point in time.<br /> ==Phase Five==<br /> Time for some OSPF action. We already set up the OSPF point-to-multipoint in the sub-interfaces. Now you will set up OSPF the same way you always to do but now you will enter the following command.<br /> *(R2 in ospf)neighbor 10.2.2.0 cost 100 (This is saying who your neighbors are)<br /> *(R3 in ospf)neighbor 10.3.3.0 cost 100<br /> ==Troubleshooting and Documentation==<br /> Your lab is now complete and you should be able to ping everything from everything. Your routing tables should have the 10.2.2.0 and 10.3.3.0 networks. Once you are done you may clean up and go have your self a very pleasant day and remember cisco is very very sneakie. :)<br /> AND DONT FORGET TO REFLECT!</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Frame_relay_multipoint_lab&diff=1484 2010-04-27T17:05:35Z

<p>Jeffkuhn: </p> <hr /> <div>==Frame Relay Multipoint Lab==<br /> [[File:diagram.jpeg|middle]]<br /> ==Goals of this lab==<br /> *To create a network using Multipoint Frame Relay<br /> *Achieve Frame Relay using the Adtran Atlas 550<br /> *Configure OSPF for multipoint routing<br /> ==Phase One==<br /> Connect the network according to the diagram. You will need to pay attention to which ports you use on the Adtran as this is be your DLCI numbers. For this lab we will be using Port 1 of the Adtran for R1, Port 2 for R2, and Port 3 for R3. Below is how you determine what is going on with the Adtran.<br /> <br /> [[File:portnum.JPG|middle]]<br /> [[File:table.JPG|middle]]<br /> <br /> ==Phase Two==<br /> You will want to do the basics on Routers like:<br /> *Hostname<br /> *Address your Fast Ethernet ports so they can recieve some mail.<br /> *No ip domain-lookup<br /> *Some Banner action<br /> *Password the crap out of your router so demons dont get you while you sleep at night!<br /> ==Phase Three==<br /> This phase will be all about how to setup your frame relay on your routers. We will be starting on R1 so please be there. You will start off by going into global config mode.<br /> *interface s0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 multipoint<br /> *ip address 192.168.0.1 255.255.255.0<br /> *frame-relay interface-dlci 103<br /> *exit (out of the dlci command interface thingy)<br /> *frame-relay interface-dlci 102<br /> *exit<br /> *ip ospf network point-to-multipoint (So OSPF will work in this enviroment)<br /> Now on R2 in global configuration mode<br /> *interface serial0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 point-to-point<br /> *ip address 192.168.0.2 255.255.255.0<br /> *frame-relay interface-dlci 201<br /> *ip ospf network point-to-multipoint<br /> Now on R3 in global configuration mode<br /> *interface serial0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 point-to-point<br /> *ip address 192.168.0.3 255.255.255.0<br /> *frame-relay interface-dlci 301<br /> *ip ospf network point-to-multipoint<br /> Your network should be able to ping each other at this point in time.<br /> ==Phase Five==<br /> Time for some OSPF action. We already set up the OSPF point-to-multipoint in the sub-interfaces. Now you will set up OSPF the same way you always to do but now you will enter the following command.<br /> *(R2 in ospf)neighbor 10.2.2.0 cost 100 (This is saying who your neighbors are)<br /> *(R3 in ospf)neighbor 10.3.3.0 cost 100<br /> ==Troubleshooting and Documentation==<br /> Your lab is now complete and you should be able to ping everything from everything. Your routing tables should have the 10.2.2.0 and 10.3.3.0 networks. Once you are done you may clean up and go have your self a very pleasant day and remember cisco is very very sneakie. :)</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Frame_relay_multipoint_lab&diff=1483 2010-04-27T16:57:02Z

<p>Jeffkuhn: /* Phase One */</p> <hr /> <div>==Frame Relay Multipoint Lab==<br /> [[File:diagram.jpeg|middle]]<br /> ==Goals of this lab==<br /> *To create a network using Multipoint Frame Relay<br /> *Achieve Frame Relay using the Adtran Atlas 550<br /> *Configure OSPF for multipoint routing<br /> ==Phase One==<br /> Connect the network according to the diagram. You will need to pay attention to which ports you use on the Adtran as this is be your DLCI numbers. For this lab we will be using Port 1 of the Adtran for R1, Port 2 for R2, and Port 3 for R3. Below is how you determine what is going on with the Adtran.<br /> <br /> [[File:portnum.JPG|middle]]<br /> [[File:table.JPG|middle]]<br /> <br /> ==Phase Two==<br /> You will want to do the basics on Routers like:<br /> *Hostname<br /> *Address your Fast Ethernet ports so they can recieve some mail.<br /> *No ip domain-lookup<br /> *Some Banner action<br /> *Password the crap out of your router so demons dont get you while you sleep at night!<br /> ==Phase Three==<br /> This phase will be all about how to setup your frame relay on your routers. We will be starting on R1 so please be there. You will start off by going into global config mode.<br /> *interface s0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 multipoint<br /> *ip address 192.168.0.1 255.255.255.0<br /> *frame-relay interface-dlci 103<br /> *exit (out of the dlci command interface thingy)<br /> *frame-relay interface-dlci 102<br /> *exit<br /> *ip ospf network point-to-multipoint (So OSPF will work in this enviroment)<br /> Now on R2 in global configuration mode<br /> *interface serial0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 point-to-point<br /> *ip address 192.168.0.2 255.255.255.0<br /> *frame-relay interface-dlci 201<br /> *ip ospf network point-to-multipoint<br /> Now on R3 in global configuration mode<br /> *interface serial0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 point-to-point<br /> *ip address 192.168.0.3 255.255.255.0<br /> *frame-relay interface-dlci 301<br /> *ip ospf network point-to-multipoint<br /> Your network should be able to ping each other at this point in time.<br /> ==Phase Five==</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Frame_relay_multipoint_lab&diff=1482 2010-04-27T16:56:15Z

<p>Jeffkuhn: </p> <hr /> <div>==Frame Relay Multipoint Lab==<br /> [[File:diagram.jpeg|middle]]<br /> ==Goals of this lab==<br /> *To create a network using Multipoint Frame Relay<br /> *Achieve Frame Relay using the Adtran Atlas 550<br /> *Configure OSPF for multipoint routing<br /> ==Phase One==<br /> Connect the network according to the diagram. You will need to pay attention to which ports you use on the Adtran as this is be your DLCI numbers. For this lab we will be using Port 1 of the Adtran for R1, Port 2 for R2, and Port 3 for R3. Below is how you determine what is going on with the Adtran.<br /> [[File:portnum.JPG|middle]]<br /> [[File:table.JPG|middle]]<br /> ==Phase Two==<br /> You will want to do the basics on Routers like:<br /> *Hostname<br /> *Address your Fast Ethernet ports so they can recieve some mail.<br /> *No ip domain-lookup<br /> *Some Banner action<br /> *Password the crap out of your router so demons dont get you while you sleep at night!<br /> ==Phase Three==<br /> This phase will be all about how to setup your frame relay on your routers. We will be starting on R1 so please be there. You will start off by going into global config mode.<br /> *interface s0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 multipoint<br /> *ip address 192.168.0.1 255.255.255.0<br /> *frame-relay interface-dlci 103<br /> *exit (out of the dlci command interface thingy)<br /> *frame-relay interface-dlci 102<br /> *exit<br /> *ip ospf network point-to-multipoint (So OSPF will work in this enviroment)<br /> Now on R2 in global configuration mode<br /> *interface serial0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 point-to-point<br /> *ip address 192.168.0.2 255.255.255.0<br /> *frame-relay interface-dlci 201<br /> *ip ospf network point-to-multipoint<br /> Now on R3 in global configuration mode<br /> *interface serial0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 point-to-point<br /> *ip address 192.168.0.3 255.255.255.0<br /> *frame-relay interface-dlci 301<br /> *ip ospf network point-to-multipoint<br /> Your network should be able to ping each other at this point in time.<br /> ==Phase Five==</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Frame_relay_multipoint_lab&diff=1481 2010-04-27T16:55:27Z

<p>Jeffkuhn: Created page with &#039;==Frame Relay Multipoint Lab== middle ==Goals of this lab== *To create a network using Multipoint Frame Relay *Achieve Frame Relay using the Adtran Atlas 55…&#039;</p> <hr /> <div>==Frame Relay Multipoint Lab==<br /> [[File:diagram.jpeg|middle]]<br /> ==Goals of this lab==<br /> *To create a network using Multipoint Frame Relay<br /> *Achieve Frame Relay using the Adtran Atlas 550<br /> *Configure OSPF for multipoint routing<br /> ==Phase One==<br /> Connect the network according to the diagram. You will need to pay attention to which ports you use on the Adtran as this is be your DLCI numbers. For this lab we will be using Port 1 of the Adtran for R1, Port 2 for R2, and Port 3 for R3. Below is how you determine what is going on with the Adtran.<br /> [[File:portnum.jpg|middle]]<br /> [[File:table.jpg|middle]]<br /> ==Phase Two==<br /> You will want to do the basics on Routers like:<br /> *Hostname<br /> *Address your Fast Ethernet ports so they can recieve some mail.<br /> *No ip domain-lookup<br /> *Some Banner action<br /> *Password the crap out of your router so demons dont get you while you sleep at night!<br /> ==Phase Three==<br /> This phase will be all about how to setup your frame relay on your routers. We will be starting on R1 so please be there. You will start off by going into global config mode.<br /> *interface s0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 multipoint<br /> *ip address 192.168.0.1 255.255.255.0<br /> *frame-relay interface-dlci 103<br /> *exit (out of the dlci command interface thingy)<br /> *frame-relay interface-dlci 102<br /> *exit<br /> *ip ospf network point-to-multipoint (So OSPF will work in this enviroment)<br /> Now on R2 in global configuration mode<br /> *interface serial0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 point-to-point<br /> *ip address 192.168.0.2 255.255.255.0<br /> *frame-relay interface-dlci 201<br /> *ip ospf network point-to-multipoint<br /> Now on R3 in global configuration mode<br /> *interface serial0/0/0<br /> *encapsulation frame-relay<br /> *interface s0/0/0.1 point-to-point<br /> *ip address 192.168.0.3 255.255.255.0<br /> *frame-relay interface-dlci 301<br /> *ip ospf network point-to-multipoint<br /> Your network should be able to ping each other at this point in time.<br /> ==Phase Five==</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Franske_CNT-2530&diff=936 2010-02-24T16:42:40Z

<p>Jeffkuhn: /* Projects */</p> <hr /> <div>This is the homepage for the CNT-2530: Switching Fundamentals and Intermediate Routing classes taught by Dr. Ben Franske.<br /> <br /> == General Course Information ==<br /> * [[Franske CNT-2530 SP10 Syllabus|Spring 2010 Course Syllabus]]<br /> * [[Franske CNT-2530 SP10 Schedule|Spring 2010 Course Schedule]]<br /> * [[Franske CNT-2530 Labs|Lab List]]<br /> * [[Franske CNT-2530 Lab Point Sheet|Lab/Homework Point Sheet]]<br /> * [[Franske CNT-2530 Homework|Homework Assignments]]<br /> * [[Franske CNT Service Project Assignment|Service Project Assignment]]<br /> * [[Franske Lab Report Format|Lab Report Format]]<br /> * Assessments and online curriculum available at [http://cisco.netacad.net http://cisco.netacad.net]<br /> <br /> == Projects ==<br /> *[[Cacti]]<br /> <br /> == Resources ==<br /> === Subnetting ===<br /> * [http://www.learntosubnet.com LearnToSubnet.com] (Requires using Internet Explorer)</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=935 2010-02-24T16:13:00Z

<p>Jeffkuhn: </p> <hr /> <div>[[File:Cactimac.JPG|middle]]<br /> == Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to all together usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. Cacti can be found at [http://www.cacti.net Cacti.net] and also more information provided.<br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf<br /> [[File:Apacheconf.JPG]]<br /> *Step 4. In the crontab you will need to create a new task. You can edit this by: nano /etc/crontab . In here you will add a task by putting in this line: * /5 * * * * Root /www/php/bin/php /www/htdocs/cacti/poller.php &gt; /dev/null 2&gt;&amp;1<br /> [[File:crontab.JPG]]<br /> *Step 5. On the switch you will have to enter these basic commands. You can add more like an access list but this is just the basics. First you will need to configure the Vlan you will be operating on. Then you will need to be in configure terminal. Enter logging trap debug. Then enter logging (ip address of cacti). Then enter snmp-server community (Community Name) ro. Now your switch should be set.<br /> [[File:switchcmd.JPG]]<br /> == Usage ==<br /> *To use cacti you will first need to know where it is on your network. To get the cacti server's IP address in the Linux server type ifconfig.<br /> [[File:ifconfig.JPG]]<br /> *Now you will be prompted to login. The default login is admin/admin.<br /> [[File:login2.JPG]]<br /> *To configure the devices over on the left side if you are on the console tab there will be a link that is called devices. On this page you will have to set the name for the device. The device's IP address. The Host Template which is the type of device you are going to monitor. The SNMP community is group name you gave to the SNMP permissions on the device. Then click save.<br /> [[File:devices.JPG]]<br /> *To change the settings for cacti click the settings link on the left side menu of the console tab. You will need to change the SNMP version you are using on the devices. The SNMP community is the group you assigned the SNMP logging to on the device.<br /> [[File:settings.JPG]]<br /> *To create the graphs you will need to go New Graphs on the left menu on the console tab. This is pretty much up to you and how you want it to show and look for.<br /> [[File:creategraph.JPG]]<br /> *Here is a picture of our attempt to view traffic on the room switch, but the laptop we used was a school one and kept crashing so thats the reason for low activity spots.<br /> [[File:Graph1.JPG]]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=934 2010-02-24T16:10:58Z

<p>Jeffkuhn: </p> <hr /> <div>[[File:Cactimac.JPG|middle]]<br /> == Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to all together usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. Cacti can be found at [http://www.cacti.net Cacti.net] and also more information provided.<br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf<br /> [[File:Apacheconf.JPG]]<br /> *Step 4. In the crontab you will need to create a new task. You can edit this by: nano /etc/crontab . In here you will add a task by putting in this line: * /5 * * * * Root /www/php/bin/php /www/htdocs/cacti/poller.php &gt; /dev/null 2&gt;&amp;1<br /> [[File:crontab.JPG]]<br /> *Step 5. On the switch you will have to enter these basic commands. You can add more like an access list but this is just the basics. First you will need to configure the Vlan you will be operating on. Then you will need to be in configure terminal. Enter logging trap debug. Then enter logging (ip address of cacti). Then enter snmp-server community (Community Name) ro. Now your switch should be set.<br /> [[File:switchcmd.JPG]]<br /> == Usage ==<br /> *To use cacti you will first need to know where it is on your network. To get the cacti server's IP address in the Linux server type ifconfig.<br /> [[File:ifconfig.JPG]]<br /> *Now you will be prompted to login. The default login is admin/admin.<br /> [[File:login2.JPG]]<br /> *To configure the devices over on the left side if you are on the console tab there will be a link that is called devices. On this page you will have to set the name for the device. The device's IP address. The Host Template which is the type of device you are going to monitor. The SNMP community is group name you gave to the SNMP permissions on the device. Then click save.<br /> [[File:devices.JPG]]<br /> *To change the settings for cacti click the settings link on the left side menu of the console tab. You will need to change the SNMP version you are using on the devices. The SNMP community is the group you assigned the SNMP logging to on the device.<br /> [[File:settings.JPG]]<br /> *To create the graphs you will need to go New Graphs on the left menu on the console tab. This is pretty much up to you and how you want it to show and look for.<br /> [[File:creategraph.JPG]]<br /> [[File:Graph1.JPG]]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Graph1.JPG&diff=933 2010-02-24T16:09:46Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=932 2010-02-24T15:25:12Z

<p>Jeffkuhn: </p> <hr /> <div>[[File:Cactimac.JPG|middle]]<br /> == Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to all together usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. Cacti can be found at [http://www.cacti.net Cacti.net] and also more information provided.<br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf<br /> [[File:Apacheconf.JPG]]<br /> *Step 4. In the crontab you will need to create a new task. You can edit this by: nano /etc/crontab . In here you will add a task by putting in this line: * /5 * * * * Root /www/php/bin/php /www/htdocs/cacti/poller.php &gt; /dev/null 2&gt;&amp;1<br /> [[File:crontab.JPG]]<br /> *Step 5. On the switch you will have to enter these basic commands. You can add more like an access list but this is just the basics. First you will need to configure the Vlan you will be operating on. Then you will need to be in configure terminal. Enter logging trap debug. Then enter logging (ip address of cacti). Then enter snmp-server community (Community Name) ro. Now your switch should be set.<br /> [[File:switchcmd.JPG]]<br /> == Usage ==<br /> *To use cacti you will first need to know where it is on your network. To get the cacti server's IP address in the Linux server type ifconfig.<br /> [[File:ifconfig.JPG]]<br /> *Now you will be prompted to login. The default login is admin/admin.<br /> [[File:login2.JPG]]<br /> *To configure the devices over on the left side if you are on the console tab there will be a link that is called devices. On this page you will have to set the name for the device. The device's IP address. The Host Template which is the type of device you are going to monitor. The SNMP community is group name you gave to the SNMP permissions on the device. Then click save.<br /> [[File:devices.JPG]]<br /> *To change the settings for cacti click the settings link on the left side menu of the console tab. You will need to change the SNMP version you are using on the devices. The SNMP community is the group you assigned the SNMP logging to on the device.<br /> [[File:settings.JPG]]<br /> *To create the graphs you will need to go New Graphs on the left menu on the console tab. This is pretty much up to you and how you want it to show and look for.<br /> [[File:creategraph.JPG]]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=931 2010-02-24T15:20:05Z

<p>Jeffkuhn: </p> <hr /> <div>[[File:Cactimac.JPG|middle]]<br /> == Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. <br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf<br /> [[File:Apacheconf.JPG]]<br /> *Step 4. In the crontab you will need to create a new task. You can edit this by: nano /etc/crontab . In here you will add a task by putting in this line: * /5 * * * * Root /www/php/bin/php /www/htdocs/cacti/poller.php &gt; /dev/null 2&gt;&amp;1<br /> [[File:crontab.JPG]]<br /> *Step 5. On the switch you will have to enter these basic commands. You can add more like an access list but this is just the basics. First you will need to configure the Vlan you will be operating on. Then you will need to be in configure terminal. Enter logging trap debug. Then enter logging (ip address of cacti). Then enter snmp-server community (Community Name) ro. Now your switch should be set.<br /> [[File:switchcmd.JPG]]<br /> == Usage ==<br /> *To use cacti you will first need to know where it is on your network. To get the cacti server's IP address in the Linux server type ifconfig.<br /> [[File:ifconfig.JPG]]<br /> *Now you will be prompted to login. The default login is admin/admin.<br /> [[File:login2.JPG]]<br /> *To configure the devices over on the left side if you are on the console tab there will be a link that is called devices. On this page you will have to set the name for the device. The device's IP address. The Host Template which is the type of device you are going to monitor. The SNMP community is group name you gave to the SNMP permissions on the device. Then click save.<br /> [[File:devices.JPG]]<br /> *To change the settings for cacti click the settings link on the left side menu of the console tab. You will need to change the SNMP version you are using on the devices. The SNMP community is the group you assigned the SNMP logging to on the device.<br /> [[File:settings.JPG]]<br /> *To create the graphs you will need to go New Graphs on the left menu on the console tab. This is pretty much up to you and how you want it to show and look for.<br /> [[File:creategraph.JPG]]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Cactimac.JPG&diff=930 2010-02-24T15:19:39Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Switchcmd.JPG&diff=929 2010-02-24T15:19:26Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=928 2010-02-24T15:17:57Z

<p>Jeffkuhn: </p> <hr /> <div>[[File:Cactimac.bmp|middle]]<br /> == Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. <br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf<br /> [[File:Apacheconf.JPG]]<br /> *Step 4. In the crontab you will need to create a new task. You can edit this by: nano /etc/crontab . In here you will add a task by putting in this line: * /5 * * * * Root /www/php/bin/php /www/htdocs/cacti/poller.php &gt; /dev/null 2&gt;&amp;1<br /> [[File:crontab.JPG]]<br /> *Step 5. On the switch you will have to enter these basic commands. You can add more like an access list but this is just the basics. First you will need to configure the Vlan you will be operating on. Then you will need to be in configure terminal. Enter logging trap debug. Then enter logging (ip address of cacti). Then enter snmp-server community (Community Name) ro. Now your switch should be set.<br /> [[File:switchcmd.bmp]]<br /> == Usage ==<br /> *To use cacti you will first need to know where it is on your network. To get the cacti server's IP address in the Linux server type ifconfig.<br /> [[File:ifconfig.JPG]]<br /> *Now you will be prompted to login. The default login is admin/admin.<br /> [[File:login2.JPG]]<br /> *To configure the devices over on the left side if you are on the console tab there will be a link that is called devices. On this page you will have to set the name for the device. The device's IP address. The Host Template which is the type of device you are going to monitor. The SNMP community is group name you gave to the SNMP permissions on the device. Then click save.<br /> [[File:devices.JPG]]<br /> *To change the settings for cacti click the settings link on the left side menu of the console tab. You will need to change the SNMP version you are using on the devices. The SNMP community is the group you assigned the SNMP logging to on the device.<br /> [[File:settings.JPG]]<br /> *To create the graphs you will need to go New Graphs on the left menu on the console tab. This is pretty much up to you and how you want it to show and look for.<br /> [[File:creategraph.JPG]]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=927 2010-02-24T15:01:03Z

<p>Jeffkuhn: </p> <hr /> <div>== Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. <br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf<br /> [[File:Apacheconf.JPG]]<br /> *Step 4. In the crontab you will need to create a new task. You can edit this by: nano /etc/crontab . In here you will add a task by putting in this line: * /5 * * * * Root /www/php/bin/php /www/htdocs/cacti/poller.php &gt; /dev/null 2&gt;&amp;1<br /> [[File:crontab.JPG]]<br /> == Usage ==<br /> *To use cacti you will first need to know where it is on your network. To get the cacti server's IP address in the Linux server type ifconfig.<br /> [[File:ifconfig.JPG]]<br /> *Now you will be prompted to login. The default login is admin/admin.<br /> [[File:login2.JPG]]<br /> *To configure the devices over on the left side if you are on the console tab there will be a link that is called devices. On this page you will have to set the name for the device. The device's IP address. The Host Template which is the type of device you are going to monitor. The SNMP community is group name you gave to the SNMP permissions on the device. Then click save.<br /> [[File:devices.JPG]]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=926 2010-02-24T15:00:25Z

<p>Jeffkuhn: </p> <hr /> <div>== Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. <br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf<br /> [[File:Apacheconf.JPG]]<br /> *Step 4. In the crontab you will need to create a new task. You can edit this by: nano /etc/crontab . In here you will add a task by putting in this line: * /5 * * * * Root /www/php/bin/php /www/htdocs/cacti/poller.php &gt; /dev/null 2&gt;&amp;1<br /> [[File:crontab.JPG]]<br /> == Usage ==<br /> To use cacti you will first need to know where it is on your network. To get the cacti server's IP address in the Linux server type ifconfig.<br /> [[File:ifconfig.JPG]]<br /> Now you will be prompted to login. The default login is admin/admin.<br /> [[File:login2.JPG]]<br /> To configure the devices over on the left side if you are on the console tab there will be a link that is called devices. On this page you will have to set the name for the device. The device's IP address. The Host Template which is the type of device you are going to monitor. The SNMP community is group name you gave to the SNMP permissions on the device. Then click save.<br /> [[File:devices.JPG]]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=925 2010-02-24T14:59:50Z

<p>Jeffkuhn: </p> <hr /> <div>== Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. <br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf<br /> [[File:Apacheconf.JPG]]<br /> *Step 4. In the crontab you will need to create a new task. You can edit this by: nano /etc/crontab . In here you will add a task by putting in this line: * /5 * * * * Root /www/php/bin/php /www/htdocs/cacti/poller.php &gt; /dev/null 2&gt;&amp;1<br /> [[File:crontab.JPG]]<br /> == Usage ==<br /> To use cacti you will first need to know where it is on your network. To get the cacti server's IP address in the Linux server type ifconfig.<br /> [[File:ifconfig.jpg]]<br /> Now you will be prompted to login. The default login is admin/admin.<br /> [[File:login2.jpg]]<br /> To configure the devices over on the left side if you are on the console tab there will be a link that is called devices. On this page you will have to set the name for the device. The device's IP address. The Host Template which is the type of device you are going to monitor. The SNMP community is group name you gave to the SNMP permissions on the device. Then click save.<br /> [[File:devices.jpg]]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Creategraph.JPG&diff=924 2010-02-24T14:50:22Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Settings.JPG&diff=923 2010-02-24T14:49:49Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Devices.JPG&diff=922 2010-02-24T14:49:36Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Ifconfig.JPG&diff=921 2010-02-24T14:49:23Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Cactuar.jpg&diff=920 2010-02-22T19:44:14Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Login2.JPG&diff=919 2010-02-22T19:40:06Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Apacheconf.JPG&diff=918 2010-02-22T19:33:01Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=917 2010-02-22T19:32:53Z

<p>Jeffkuhn: </p> <hr /> <div>== Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. <br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf<br /> [[File:Apacheconf.JPG]]<br /> *Step 4. In the crontab you will need to create a new task. You can edit this by: nano /etc/crontab . In here you will add a task by putting in this line: * /5 * * * * Root /www/php/bin/php /www/htdocs/cacti/poller.php &gt; /dev/null 2&gt;&amp;1<br /> [[File:crontab.JPG]]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=916 2010-02-22T19:32:17Z

<p>Jeffkuhn: </p> <hr /> <div>== Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. <br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf<br /> [[File:apacheconf.JPG]]<br /> *Step 4. In the crontab you will need to create a new task. You can edit this by: nano /etc/crontab . In here you will add a task by putting in this line: * /5 * * * * Root /www/php/bin/php /www/htdocs/cacti/poller.php &gt; /dev/null 2&gt;&amp;1<br /> [[File:crontab.JPG]]</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Crontab.JPG&diff=915 2010-02-22T19:30:41Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=914 2010-02-22T19:21:32Z

<p>Jeffkuhn: </p> <hr /> <div>== Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. <br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> [[File:installrrd.JPG]]<br /> *Step 2. Install Cacti using apt-get or aptitude.<br /> [[File:icacti2.JPG]]<br /> *Step 3. Go into the Apache2 folder and change the configuration file /etc/apache2/apache.conf with nano or any text editor. At the end of the file add the line: Include /etc/cacti/apache.conf</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Installrrd.JPG&diff=913 2010-02-22T19:17:33Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Icacti2.JPG&diff=912 2010-02-22T19:17:22Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=911 2010-02-22T19:15:14Z

<p>Jeffkuhn: /* Installation */</p> <hr /> <div>== Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. <br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.JPG‎]]<br /> *</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=Cacti&diff=910 2010-02-22T19:13:51Z

<p>Jeffkuhn: Created page with &#039;== Cacti == Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be ins…&#039;</p> <hr /> <div>== Cacti ==<br /> Cacti is graphical representation of network traffic over a device. It can be used to monitor network traffic over individual ports to altogether usage. It can be installed in the windows enviroment or you may install it on a Unix-Linux based OS. <br /> <br /> == Installation ==<br /> For this installation we will be installing cacti on a Ubuntu virtual box system.<br /> *Step 1. You will need to install three dependicies for cacti you will need RRdTool, Apache2, MySQL with apt-get or aptitude.<br /> [[File:Install_rrdtool.jpg]]<br /> *</div>

Jeffkuhn https://wiki.ihitc.net/mediawiki/index.php?title=File:Install_rrdtool.JPG&diff=909 2010-02-22T19:12:07Z

<p>Jeffkuhn: </p> <hr /> <div></div>

Jeffkuhn