1 00:00:00,840 --> 00:00:07,230 In this section we're going to get the initial configuration. 2 00:00:07,250 --> 00:00:15,530 So first of all we have to set the good kid dressing if you want to use the firewall in in a lab environment 3 00:00:15,530 --> 00:00:19,370 in production in any situation in the first place. 4 00:00:19,370 --> 00:00:25,280 In the end boxing stays safe so we have to work on the European pressing on the box so that it becomes 5 00:00:25,280 --> 00:00:27,580 functional and reachable in the net. 6 00:00:27,620 --> 00:00:33,300 So this is our first setting the kids racing on at least one sport. 7 00:00:33,800 --> 00:00:37,570 Next we're going to configure and allow access for kids. 8 00:00:38,010 --> 00:00:41,420 As an engineer you don't have that information for granted. 9 00:00:41,660 --> 00:00:49,720 You have to ask questions and ask yourself questions if you're not a live environment structure or so. 10 00:00:49,730 --> 00:00:56,980 So why is this also important to allow access to good firewall so as opposed to routers. 11 00:00:57,020 --> 00:01:00,090 Most smart if not all of the firewalls 12 00:01:02,890 --> 00:01:08,170 come like blocked so no information is permitted to the firewall. 13 00:01:08,200 --> 00:01:16,170 So as in this case we have to permit to permit HTP access to the firewall as in the next step. 14 00:01:16,210 --> 00:01:23,230 We will have available as an option to connect to the K through a web based manager. 15 00:01:23,230 --> 00:01:29,270 Now let's take a look at how it looks in the in the way that works here. 16 00:01:29,530 --> 00:01:36,610 So it's fine for good execs Borski and it's up going to the console. 17 00:01:36,610 --> 00:01:44,840 We see now the last one for and for Kate comes with the admin has a user name and no passport. 18 00:01:44,840 --> 00:01:52,150 So we just hit enter and we have the banner the welcome exclamation mark. 19 00:01:52,470 --> 00:01:57,730 As I said we have now to declare the IPs resting on port 1. 20 00:01:57,810 --> 00:02:01,810 First of all we have to go to a complete system menu. 21 00:02:02,220 --> 00:02:10,410 So config system and interface allow it. 22 00:02:10,780 --> 00:02:17,610 And we said port one. 23 00:02:17,760 --> 00:02:21,350 OK so we don't have to put any spaces in one. 24 00:02:21,390 --> 00:02:24,220 This is good information. 25 00:02:24,240 --> 00:02:29,740 Now we have to set up the IP address so set IP. 26 00:02:30,150 --> 00:02:37,760 And in this case in this case I would just use an IP that's suitable for my lab environment. 27 00:02:40,740 --> 00:02:46,010 1 7 so that 27 to 155. 28 00:02:46,380 --> 00:02:47,520 And the something that mask 29 00:02:50,410 --> 00:02:51,680 and that. 30 00:02:52,060 --> 00:02:56,910 Said we have a lot of answers to the PM to the firewall anyway. 31 00:02:57,090 --> 00:03:06,150 So let's do that said law and I just I don't know if you have noticed I said a lot in the past and the 32 00:03:06,320 --> 00:03:08,520 doing autocomplete said hello AXS. 33 00:03:08,550 --> 00:03:09,230 Let's see. 34 00:03:09,240 --> 00:03:11,670 What are the available options. 35 00:03:11,670 --> 00:03:19,980 So that is nothing is permitted so if you have if you want to have like ICMP connectivity between between 36 00:03:19,980 --> 00:03:29,410 these four and any other mental element in our area we would have to also allow things access ICMP. 37 00:03:29,600 --> 00:03:32,660 So it's being AGP Yes. 38 00:03:32,880 --> 00:03:33,680 Why not. 39 00:03:33,860 --> 00:03:41,860 Sensage and GTP are also good. 40 00:03:42,020 --> 00:03:45,860 Now second the VM has to have any IP connectivity. 41 00:03:45,890 --> 00:03:53,600 So to do so it will need some route is routing take it you have to know who is the default gateway where 42 00:03:53,600 --> 00:03:57,770 to send all the packets in case no specific routes are present. 43 00:03:57,980 --> 00:04:04,790 We have to set up a default gateway so that before we send all traffic to that gateway for this reason 44 00:04:05,080 --> 00:04:18,260 I just hit and by the way let's see if we work if we are in a menu like we were in counting system interface 45 00:04:19,300 --> 00:04:21,090 and we were doing port 1 46 00:04:25,830 --> 00:04:32,990 and as you can see we'll just exit the menu but also save the last config just that you know and we 47 00:04:32,990 --> 00:04:34,550 do the trick. 48 00:04:34,550 --> 00:04:39,540 Now setting the Folgate before the gate will enter the config. 49 00:04:41,370 --> 00:04:46,990 Kofi Radha type of round of study 50 00:04:50,010 --> 00:04:56,390 now what we have here available again you don't have to memorize things just have to go through then 51 00:04:56,460 --> 00:05:02,260 understand how they work and you will just retain information on long term basis this way. 52 00:05:02,910 --> 00:05:04,540 So we have to end it. 53 00:05:04,730 --> 00:05:09,370 So at a table then it's it's about the writing table now. 54 00:05:09,590 --> 00:05:17,130 So airy and sippers number any number as we have no other sequences or or any other entries just select 55 00:05:17,140 --> 00:05:17,900 let's say one 56 00:05:20,540 --> 00:05:23,940 said what options we have here. 57 00:05:24,730 --> 00:05:29,930 So we have the device so we enable the simple get out interface. 58 00:05:29,960 --> 00:05:33,980 It's self-explanatory and very simple so said device. 59 00:05:34,540 --> 00:05:36,840 And we were editing part 1. 60 00:05:36,970 --> 00:05:41,700 So we will just select one here and Brin 61 00:05:44,910 --> 00:05:47,180 said just one question mark. 62 00:05:47,220 --> 00:05:53,540 So the the the sealife it's basically waiting for an IP address from our site. 63 00:05:53,760 --> 00:06:01,260 Again just configure what's what's suitable for your for your network for your live environment anyway. 64 00:06:01,290 --> 00:06:01,970 It's the same 65 00:06:04,840 --> 00:06:12,060 and again now to exit the configuration the configuration menu and also save the config. 66 00:06:12,100 --> 00:06:13,060 We just have to keep 67 00:06:17,390 --> 00:06:22,110 Let's see if we have connected to the. 68 00:06:22,280 --> 00:06:30,050 So I'm in my computer now and I will see if everything is OK. 69 00:06:30,080 --> 00:06:37,000 So I said that 145 and yes we have connectivity. 70 00:06:37,140 --> 00:06:41,210 Let's see an hour as I provide for you before the gate. 71 00:06:41,400 --> 00:06:49,470 So it means that all the baggage it will be sent to the phone if it has any internet connectivity. 72 00:06:49,500 --> 00:06:56,820 So for 40 years we have to execute and question once we have a lot of options you can see we have also 73 00:06:56,840 --> 00:07:04,510 ping executed ping and use let's say Google excellent. 74 00:07:04,570 --> 00:07:06,940 We have connectivity so everything is fine. 75 00:07:07,200 --> 00:07:15,800 So at this point we have fulfilled successfully the two points that we had available in the in the slides. 76 00:07:16,020 --> 00:07:24,450 The last thing that we have we have to conclude and this session is connected to HTP the graphical user 77 00:07:24,450 --> 00:07:28,880 interface for the Fortunat perfect. 78 00:07:29,070 --> 00:07:33,310 So is it that we also have AGP connectivity. 79 00:07:33,780 --> 00:07:36,560 We said we have no password and hit enter 80 00:07:44,250 --> 00:07:46,320 Yes it looks like everything is fine. 81 00:07:46,320 --> 00:07:53,840 We have collected the 48 VM 64 image and now we can't just move to the next module. 82 00:07:53,950 --> 00:07:55,060 So C plus.