WEBVTT 00:04.820 --> 00:09.320 So guys, now finally I will going to show you how you can build your lab. 00:09.320 --> 00:15.680 So you can see on the right hand side you have a pane from where you can drag and drop the devices. 00:16.310 --> 00:20.840 So let me pick up a Cisco router which is CSR V 1000. 00:20.870 --> 00:23.030 This is a very famous Cisco router. 00:23.030 --> 00:29.090 And you can actually pick devices of different different flavors from the right hand side. 00:29.120 --> 00:32.780 So let's see uh, let me pick up another device. 00:32.780 --> 00:35.030 Let's say a savvy firewall. 00:35.030 --> 00:36.860 So this is a Cisco firewall. 00:37.310 --> 00:45.110 And let me pick up one more device, um, uh, lightweight Linux machine, which is which we call it 00:45.110 --> 00:46.430 as Alpine Linux. 00:46.460 --> 00:47.000 Right. 00:47.030 --> 00:51.590 You could also pick up a full fledged ubuntu here, but I choose to pick up alpine. 00:51.590 --> 00:54.290 So it is just a lightweight Linux machine. 00:55.160 --> 00:55.730 All right. 00:55.730 --> 00:59.090 So now it's time to build the connections between them. 00:59.090 --> 01:02.330 So depending on your requirement you can build the connections. 01:02.330 --> 01:02.330 Actions. 01:02.330 --> 01:08.900 Just right click the device and click on this add link and you can build the connections like this. 01:08.900 --> 01:12.770 So so actually you are connecting the gig Ethernet. 01:12.800 --> 01:22.490 One interface of this CSR 1000 V router with gig zero by zero Ethernet interface of ASB firewall. 01:22.910 --> 01:23.450 All right. 01:23.450 --> 01:28.460 In firewall we do not do any connection with the management zero zero port. 01:28.460 --> 01:32.630 So now click create link and you can see that the connection has been created. 01:32.720 --> 01:35.990 Similarly you can create another connection. 01:36.830 --> 01:37.520 All right. 01:38.480 --> 01:40.070 And see how easy it is. 01:40.070 --> 01:41.780 The connections are created. 01:41.870 --> 01:44.900 Now once you are you have finalized your topology. 01:44.900 --> 01:49.250 You can simply right click on the device and click on the start button. 01:49.250 --> 01:51.470 So these devices will be started. 01:53.450 --> 01:53.780 All right. 01:53.780 --> 01:57.590 You don't have to worry about CPU memory disk. 01:57.620 --> 02:02.810 You can see at the at the very bottom of the screen the CPU usage, the memory usage. 02:02.810 --> 02:05.930 The disk usage is being shown in terms of percentage. 02:07.970 --> 02:08.660 All right. 02:08.660 --> 02:12.290 So this is CSR V 1000 is our Cisco router. 02:12.290 --> 02:18.080 And if you click on this interface tab you can see that maximum of four interfaces are available on 02:18.080 --> 02:19.070 this device. 02:19.070 --> 02:21.890 You could have increased these number of interfaces. 02:21.890 --> 02:29.090 But you should have done that activity before actually starting the device. 02:29.120 --> 02:29.750 All right. 02:29.750 --> 02:31.190 This add four interface. 02:31.190 --> 02:35.870 This option has been grayed out but it will come back if you stop this device. 02:35.870 --> 02:38.990 And then you can add more interfaces as per your requirement. 02:38.990 --> 02:43.070 And this is true for all the devices that you can see here. 02:43.340 --> 02:48.500 Now how to login into these devices and access the prompt of these devices. 02:48.500 --> 02:53.120 So you can see that I have selected CSR 1000 V router. 02:53.120 --> 02:56.420 And you can see that there is a console option option here. 02:57.200 --> 03:02.600 So I will click on the console and now open console. 03:02.600 --> 03:05.510 So you can see that the system is booting up. 03:07.790 --> 03:08.450 All right. 03:08.450 --> 03:12.560 Similarly, you can go to the console of a Saab firewall. 03:15.050 --> 03:16.880 And it is also booting up. 03:16.880 --> 03:20.000 So it will take some time for these devices to boot up. 03:21.020 --> 03:24.650 Similarly you can go to the console of the Alpine Linux box. 03:25.850 --> 03:26.540 All right. 03:27.590 --> 03:31.940 Now the password of all the devices is username is Cisco. 03:31.940 --> 03:33.560 And the password is also Cisco. 03:33.560 --> 03:36.200 So let us wait for the device to get boot up. 03:48.380 --> 03:55.730 So guys I have waited enough to allow these devices to boot up now that I have selected Cisco CSR 1000 03:56.060 --> 03:57.320 routing device. 03:57.440 --> 03:59.450 So I am on the prompt here. 03:59.630 --> 04:07.760 To start with, I will write enable And the very first step you can do is to go to the Configuration 04:07.760 --> 04:08.840 mode. 04:08.960 --> 04:15.320 You can do so by typing conf space T, which stands for configure. 04:15.350 --> 04:16.250 Terminal. 04:16.250 --> 04:23.660 And you can always set the name of the device as CSR 1000 or anything you want to. 04:23.690 --> 04:25.250 Any name you want to give. 04:25.280 --> 04:30.830 It is done so that you would know that on whose device prompt you are actually working on. 04:31.820 --> 04:32.450 All right. 04:32.450 --> 04:36.950 So now let us do some routing configuration. 04:37.130 --> 04:48.200 So on this routing device CSR 1000 let me add an IP address on its Gigabit Ethernet one interface. 04:53.870 --> 05:00.920 So it is good that you keep a track through the diagram that on which interface you are actually configuring, 05:01.520 --> 05:04.070 which IP address, so that you remember 05:06.590 --> 05:15.740 So on Gigabit Ethernet one interface, I will going to configure an IP address ten .1.1.1 slash 24. 05:20.810 --> 05:21.320 Right. 05:21.320 --> 05:28.430 So I go to the interface Gigabit Ethernet one no shirt and simply type out the IP address. 05:30.560 --> 05:35.240 Ten .1.1 and provide the mask value. 05:36.500 --> 05:37.700 That's it. 05:38.690 --> 05:39.050 All right. 05:39.050 --> 05:46.610 So you can save the configuration by using the command copy ses that is copy running to start up configuration. 05:46.700 --> 05:49.790 If this command doesn't work you can type out full. 05:52.370 --> 05:53.090 Right. 05:53.090 --> 05:59.600 So this command means that if you reboot this device then your configuration will not get lost. 05:59.870 --> 06:02.330 Your configuration will stay. 06:02.720 --> 06:08.600 So the IP address that I configured on the interface gigabit one will going to persist even if I reboot 06:08.600 --> 06:09.590 the device. 06:10.160 --> 06:12.880 And there is another command called right memory. 06:14.080 --> 06:19.930 So right memory means that even if you close the lab and if you come back tomorrow and open the same 06:19.930 --> 06:25.750 lab, the all the configuration that you have done on the device will going to stay as it is. 06:26.890 --> 06:27.550 All right. 06:29.800 --> 06:32.200 So this is how I have configured an IP address. 06:32.230 --> 06:35.680 Now let me go to the ASA firewall console. 06:38.710 --> 06:40.360 I will do enable. 06:41.710 --> 06:43.060 It is asking for the password. 06:43.060 --> 06:46.600 So you can always provide some password I am typing out Cisco. 06:47.470 --> 06:48.790 Simple Cisco. 06:48.820 --> 06:51.160 And go to the terminal mode. 06:51.580 --> 06:54.460 You can always configure the host name. 06:57.280 --> 06:57.580 Okay. 06:57.610 --> 06:59.770 Host name is Asa. 07:00.010 --> 07:00.820 Okay. 07:01.210 --> 07:05.920 Now I have to configure its gigabit zero by zero interface. 07:09.280 --> 07:10.480 No shirt. 07:12.580 --> 07:15.820 I will provide the IP address in the same subnet. 07:17.290 --> 07:23.080 And on Cisco RSA firewall I have to do additional configuration which is called name if and you have 07:23.080 --> 07:25.660 to provide some name to this interface. 07:27.160 --> 07:27.940 All right. 07:28.090 --> 07:31.540 And you can do copy running to start up configuration. 07:31.870 --> 07:34.480 And you can do right memory. 07:35.380 --> 07:45.100 And now from Cisco Firewall can you ping an IP address ten .1.1.1 which is the IP address of CSR router. 07:45.700 --> 07:46.870 And here we go. 07:46.870 --> 07:47.860 It is 100%. 07:47.860 --> 07:49.390 So ping is successful. 07:50.350 --> 07:51.100 All right. 07:57.460 --> 07:59.440 I will update my topology. 08:02.260 --> 08:05.470 Now I will show you how to capture the packet. 08:05.470 --> 08:06.550 In case of debugging. 08:06.550 --> 08:12.820 You would want to see that what packets are traversing on this link which connects the Cisco CSR router 08:12.820 --> 08:18.070 and ASP Firewall, so you can see that you have to click the link first. 08:18.070 --> 08:20.110 So you will get these options here. 08:20.140 --> 08:25.480 You have to click on the packet capture and you can start the packet capture. 08:25.510 --> 08:31.360 So here now it will show you what are what are all the packets that are being exchanged on this link. 08:32.230 --> 08:32.830 All right. 08:32.830 --> 08:39.430 So I will go to ASA firewall and let me ping so that ICMP packets traverses on this link. 08:39.460 --> 08:41.470 As a result of this ping statement. 08:41.740 --> 08:48.790 And I will go to that link again and I will see that there should be some packets. 08:49.660 --> 08:52.060 You should see some packets displayed here. 08:52.660 --> 08:54.820 Now why those packets are not coming. 08:54.850 --> 08:56.470 Let let me check. 08:57.550 --> 08:57.820 Okay. 08:57.850 --> 09:00.370 Probably it has started the capturing of the packets. 09:00.400 --> 09:03.400 Now let me do the ping again. 09:06.790 --> 09:07.600 Uh. 09:10.240 --> 09:10.600 Why? 09:10.600 --> 09:13.060 It is saying waiting for packets. 09:14.650 --> 09:15.850 It is showing the packets. 09:15.850 --> 09:24.040 But as soon as I go to this window to see the captured packets, the packets disappears instantly, 09:24.040 --> 09:24.610 right? 09:25.000 --> 09:27.280 So this is kind of some platform problem. 09:27.310 --> 09:28.840 Yesterday it was not happening. 09:28.840 --> 09:31.360 But I don't know what is the problem now. 09:59.140 --> 10:03.850 But anyways, you understand that how this entire lab is supposed to work. 10:04.390 --> 10:04.930 All right. 10:04.960 --> 10:09.970 Once you are done with the lab, you can always turn off your devices by doing the right click and go 10:09.970 --> 10:11.320 to the stop option. 10:11.770 --> 10:13.990 You can stop all the devices 10:19.060 --> 10:19.660 All right. 10:19.660 --> 10:20.740 And. 10:23.320 --> 10:26.080 Uh, be reminded that you save your lab. 10:26.080 --> 10:30.880 Let me rename this lab as trial, and I will save this lab. 10:31.960 --> 10:33.640 Go to the dashboard. 10:34.780 --> 10:37.090 And here you can see that your lab is saved. 10:37.090 --> 10:38.500 So you can come back tomorrow. 10:38.500 --> 10:40.510 You can click on this lab again. 10:40.510 --> 10:46.120 You can start all the devices, and then you can do your experiment with the lab. 10:46.960 --> 10:47.470 Right. 10:47.470 --> 10:49.840 So Cisco Modeling Labs made it quite easy. 10:49.840 --> 10:56.590 You don't have to install any heavy software on your system, except that any Connect Cisco Secure client, 10:56.590 --> 11:00.400 which is used to create a VPN connection with this lab. 11:00.700 --> 11:07.330 Other than that, you need not install any software on your local system at all, and all your labs 11:07.330 --> 11:09.430 will going to persist on a cloud. 11:09.910 --> 11:12.370 So I would suggest that if you are a student. 11:12.370 --> 11:16.630 So try to take an advantage of this Cisco modeling labs. 11:16.630 --> 11:19.060 So that's all from this short tutorial. 11:19.060 --> 11:19.810 Thank you.