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These are the user uploaded subtitles that are being translated: 1 00:00:01,050 --> 00:00:06,510 In our next section we will talk about the northbound and southbound API is 2 00:00:09,370 --> 00:00:16,360 another important terms that we need to know are northbound and the southbound API. 3 00:00:16,390 --> 00:00:20,830 And what role do they play in network automation. 4 00:00:20,830 --> 00:00:22,770 So let's have a look. 5 00:00:23,050 --> 00:00:30,850 In software defined networking centralized controllers talked to the network devices about how they 6 00:00:30,850 --> 00:00:33,030 should handle traffic. 7 00:00:33,070 --> 00:00:39,580 This back and forth between the controller and the forwarding devices throughout or Xstrata. 8 00:00:39,660 --> 00:00:40,140 Why. 9 00:00:40,150 --> 00:00:49,060 And rather was z z in here you can see on the screen and these communication between controller and 10 00:00:49,180 --> 00:01:01,850 those two ways says and from those devices towards the controller are true the southbound API is OK 11 00:01:02,450 --> 00:01:07,220 and the network controllers also talk to the network applications. 12 00:01:07,220 --> 00:01:15,830 There are network applications in here so you can see that and at the network controllers also talk 13 00:01:15,830 --> 00:01:23,960 to the network applications and that define what kinds of services the network should be providing. 14 00:01:24,080 --> 00:01:31,850 And this communication between the applications towards the controller and from controller towards the 15 00:01:31,940 --> 00:01:34,150 application is true. 16 00:01:34,160 --> 00:01:43,190 The northbound API is basically sort bonds API communicate information from the devices to the controller 17 00:01:43,220 --> 00:01:51,640 about things like available link supported functionality and interface that's for a. 18 00:01:51,640 --> 00:02:00,850 For instance if something goes wrong with a rather X it will alert the controller so that they adjustments 19 00:02:00,910 --> 00:02:04,170 can be made in the other direction. 20 00:02:04,180 --> 00:02:12,430 The controller pushes rules to the devices throughout or X Y Z telling them what to do based on information 21 00:02:12,430 --> 00:02:20,500 from the applications on what services the network should provide and information from the devices about 22 00:02:20,500 --> 00:02:29,590 the current state of the network this sort bound to API can be open or proper rarity. 23 00:02:29,600 --> 00:02:32,260 Some examples are open flow. 24 00:02:32,450 --> 00:02:35,900 Net com or the S&P. 25 00:02:35,900 --> 00:02:44,850 So what about the not bound API is just like the device that communicates their status to the controller. 26 00:02:44,930 --> 00:02:52,310 The Controller will use did not bound the API to present the state of network services to the relevant 27 00:02:52,400 --> 00:02:53,900 applications. 28 00:02:53,990 --> 00:03:01,760 If an entire service is unable to work for instance the controller will inform the relevant application 29 00:03:01,760 --> 00:03:06,580 to process as appropriate not bound for API. 30 00:03:06,600 --> 00:03:17,510 Our controller specific such as policy API is billing API or security or APIs so applications are written 31 00:03:17,510 --> 00:03:23,110 for one specific controller in the other direction. 32 00:03:23,240 --> 00:03:32,240 Applications will request network service changes from the controller using information from users on 33 00:03:32,240 --> 00:03:38,720 what they need along with information the controller provides about current capabilities. 34 00:03:38,720 --> 00:03:42,500 So what does it look like in practice guys. 35 00:03:42,620 --> 00:03:51,470 Let's use as simplified example imagine that there is security application responsible for keeping certain 36 00:03:51,470 --> 00:03:55,820 malicious traffic from entering the network. 37 00:03:55,820 --> 00:04:05,390 This application has detected that a particular device with the IP address 1 1 1 1 you can seen here 38 00:04:06,110 --> 00:04:09,740 should be prevented from accessing the network. 39 00:04:09,740 --> 00:04:19,460 The security application will make a request of the controller on it's not bound interface as you can 40 00:04:19,460 --> 00:04:24,440 see in here will ask to block IP address. 41 00:04:24,480 --> 00:04:27,770 1 1 1 month from entering the network. 42 00:04:27,840 --> 00:04:33,710 OK the controller will then use its understanding of the network state. 43 00:04:33,710 --> 00:04:42,140 To translate this request into specific rules for relevant devices on the network and communicate that 44 00:04:42,140 --> 00:04:45,920 with the devices using the southbound API. 45 00:04:46,670 --> 00:04:56,080 So it might for example push out rules on the south while the API to device Z from here right. 46 00:04:56,240 --> 00:05:03,020 And may I ask do I set to block any traffic on a specific part with source IP. 47 00:05:03,020 --> 00:05:06,780 One man my man wants IP address. 48 00:05:06,790 --> 00:05:09,340 1 1 1 1 has been blocked. 49 00:05:09,400 --> 00:05:18,970 The Y Z reports this to controller which reports back to the application that the task has been completed. 50 00:05:19,970 --> 00:05:27,560 If the state of this interface for to change that would also be communicated for the controller to take 51 00:05:27,680 --> 00:05:35,490 appropriate steps to continue the block elsewhere or potentially to report the service issue. 5663

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