98. ACI Management
We’ve arrived at Section 5, where we’ll learn about ACI management. This section and the following one, section six, They are actually simple, and the majority of them are things we already know. We know that, for management purposes, we can implement inbound and outbound management IP addresses. We know what “syslog” is and what “synonym” is the synonymp. We know that in our day-to-day activity or for some upgrade or disaster recovery, we need some sort of backup or some sort of store where, in case of disaster, you can recover from there. We know about AAA’s concept, our backconcepts, and then we have to learn and understand the upgrade process inside ACI. We all know that ACI has different generations (generations 2, 3, 4, and so on). And all of these generations are known as versions and subversions or sub releases.
There will be some tweaking, some different ways to upgrade, some of the GUI or change some of the places that were previously there but are no longer there, and some new add-ons and enhancements. Correct. So let’s just start with autoband engine band management. However, in the final section, I’ll show you how to go and do outside band management, which is very important. We should have outsourced band management. So exactly what is happening at the time when you are deploying the ACI? At that time, it is actually asking about out-of-band IP addresses. So, while you’re doing the day-zero deployment, you can go ahead and assign that IP. Obviously, if you are doing out-of-band management, you need some sort of extra cabling, and if you have an out-of-band switch where the rest of the network is also configured as UB managed devices, then you need those extra circuits or devices. Correct.
You can see that we have an inner and outer band here. Both options are quite efficient, though the outer band management is preferable; however, in a newer release, the in-band management is also quite efficient. For example, if you have both in band and out band configured, the preferred band is obviously in band, and it will then look at the outer band. So the recommended one is that we configure the outer band management; there are some documents that you can refer to, and there is a good amount of documentation that you can refer to. So now in this lab, I’m going to show you how you can go and do the outer band management configuration. Although in the same place, you’ll find in-band management configuration as well. Everything we do nowadays is via the GUI. So it’s actually easy to do the configuration with the help of the GUI.
So for that purpose, we can go to the tenant and the management team, go to the node management address, and I can sign some static addresses as per the Apex. Assume I have three Epic Games controllers and can give the number three. I will show you these scripts in the lab. But these are the steps that you are seeing here. We can go and select a band there, and you’ll find band options there as well. Then I will go to the static node management address. I’ll put the address as per my outside band management address schema. And then we can go and provide the contract. Correct. So how can you go about providing the contract for autoband management? Actually, most of the things will already be there. All the objects are already there. What we need to do is determine who provides the contact and who consumes the contact. Correct. While consuming the contact, you can define the address range from where you want to access the device. Correct. So, as you can see in the last line, enterthe subnets are permitted to access the Epic. In this case, if you’re giving, that means you’re permitting all the devices. However, you should have a range of addresses that are allowed to access the Epic devices from outside the band. access the ACI devices. Correct. So let me quickly log into the ACI fabric and let me show you all these steps one by one.
99. Implement OOB Management
Here we are in the lab. So let me quickly log into the fabric, and once inside the Epic Controller, let me walk you through all of the steps so I can go to the tune. So let me click there to Nets. Here we have the management. You can go inside the management once you are inside the management, so it’s loading it’s slow. Now that we are inside the management, what we can do is go and check the node management address. So, at the bottom, you can see a node management address, but inside the tunnel called management, you can see one bridge domain, two VRS, and so on.
So some configuration is there; I can go to the node management address, and then there are some pre-configurations I want to show you before doing any configuration. So you can see that you have them all in Pod range. Some of the pre-configuration is that I don’t want to do that. So I’ll go ahead and create the node management address, and then we’ll be able to create a static node management address. Actually, I’m looking for a static node management address, and I told you earlier that here you will get the option to create the UB autoband management, and in band management, the range for APEC in my case is one to three, and I want to do the configuration for an out of band management address, correct? Now it is asking me, “What is the Uber management EPG?” In my case, that’s the default, and then it’s asking for the automatic IPV4 address and gateway. So I have my address; let me give it here: 218; and then I have the gateway as well: 1281.
We don’t have IPV6 at this point in time, so we can leave it submitted. This will assign a new management IP address to the selected nodes. I want to proceed, and then here you can see So 202 and the gateway, therefore the UB addresses. Now this is ship number one. Then we need to provide the contract. Now, for contract purposes, we can go and check the EPG default. So, from here, you can go to the top and search for that; we have the EPG here; let me minimise this. So here we have the node management EPG. I can go inside the node management EPG, and then we have this automatic EPG default. You can see that we have the provider if we go here out of band EPG default. So, assuming you have an OOP contract, you can go ahead and click plus here. This is the default comment, and then we don’t have the QS class here, so I can go and update this, correct? So here you can see that the contract is in default.
The tenant is common, the type is Ubdefault, and this is the provider. Then we need the consumer. And then we need to define the IP addresses. Who wants to access the Epic, or who wants to access the ACA fabric? Correct. So I need to go and configure the contract for the consumer, so for that we can go here. If you right-click here and create the external management network instance profile, you’ll see that you have the external management network instance profile, and then I can go and give any logical name here so I can give the name as an access, and then you’ll see that you’ve consumed an auto-contract, and then I can go and give the contract that’s the common update. This and then here I can go define the subnets right now, but we understand that we can go define the subnets that are expected to access this fabric. This means everything. So now you can see that we have the consumer, we know that we have the provider for the contact, and we also know that we have the static node management addresses as well. Correct. So this is the way that we can go and do the configuration, and you can follow these steps as well that just now I have done. All right, so this is the way that we can do the configuration for the OoP management. The same method can be used to configure inbound management.
100. Syslog & SNMP
Section 5.2 requires us to learn and understand syslog and SNMP. So let’s start with syslog, and then we will configure SNMP as well. Now, the syslog messages are from us. We know that on Cisco routers and switches, we can have syslog. So, over the screen, we can watch, see, or store that information on a syslog server as well. So we can send these messages to the external server as well. And one of the popular ones is the solar wind, correct?
The solar wind not only the syslog server but different types of alert events. We can also see the severity level from zero to seven if we enable those. That means we have eight. We have emergencies for systems, usable alerts, critical errors, warnings, notifications, informational content, and debugging. If you go to the debugging tab, you obviously want to see every log message, even if it’s not required, because you want to debug. At the very least, you want a debugging label sylog message. But your warning label or notification-level messages will serve the purpose. Correct? So we’ll understand how we can configure this inside the ACI fabric. Because again, the configuration part is easy. You have to go to the fabric, and then you have to go and create the policy for syslog. One important thing to highlight is that we have these different types of syslog messages. So we can have syslog related to audit logs, events, faults, and session logs. Correct.
Again, we are going to do the configuration, and then you’ll understand how and where you can put these values and where we’ll get all these options. Here in these slides, you will see some of the important strips that I’m going to show you in the lab as well. Correct? So we have these four types of syslog messages that we can see. So what will the fault do? A “fault” is a generic system issue that includes things like equipment alerts, configuration-related faults, environment issues, network flaws, and so on. Then events mean links, straight transitions, locks, contract headers, audit logins, knowing who has done what and for what duration, et cetera. Correct? Then we have a session log in which we can see how much money was spent on the audit. So who did what will be included in the audit. But again, who has the session? The internal user or the rest API user, et cetera, et cetera.
So, we have a broad range of syslog messages, starting with the device level, user label, audit log, et cetera. Now again, it depends upon us that what type of messages we want to see. According to that, we can go and enable those messages, and then we can watch and see that, correct? How we can do the configuration that I will show you in the lab section Now, there are some prerequisites when you are doing this, like enabling the syslog message. So you should have configured at least the UB contract or UB management that we discussed in the previous section. And then we can go and enable syslog UDP 51 inside the contract. So, once we’ve created the contract, we can go ahead and put or allow the UDP port for Caslon messages. This is one of the best practices. But if you do not enable it, that will also work with the default configuration. But we can go inside the filter, and then we can allow this particular port number, UDP.
You can go to the tenant management security policy, create a filter to allow UDP-5-1, and then edit your contract between the provider and the consumer, and it will serve the syslog purpose. Again, we are going to do the configuration related to Syslog that I’m going to show you in the upcoming slides. You can refer to these slides or whatever I’m showing you here for reference purposes. I will upload it there with the recording and the configuration we need. Let me quickly go and log into the fabric, and inside that, I will show you those configuration steps.
There are some caveats now, but it depends on which release we are working on because most of the caveats have been removed in release four dot Excel discovered. It is best practice to use port number 5114 for either outer band management or in-band management configurations. Again, you can see that point number three is that if you want to enable the login of the contact permit deny events and send those to your Syslog server, you will have to change the facility filter for the default facility to “informational correct.” So again, we know that Syslog messages have eight categories, and one of the categories is “informational.” So if you want to check the hit counts for the contract, then you need to enable the facility to ensure that the information is correct. You can refer to this link here. Now let me stop, and in the next section, I will show you how you can perform this particular step inside the acre fabric.
101. Syslog Lab
You can go to the policies inside policy You can go to the monitoring, and once inside the monitoring, you can see that we have call home smart call home as an MP syslog tacky guess once I’m inside this particular tab on top. A smart call home is an MP syslog tack. I guess I want to do the configuration related to syslog. So I’ll click here, and then you’ll see this plus sign, and you can go ahead and create the syslog source. I can go ahead and give the name, say, “syslog source,” and then what you want to include, what severity level do you want? I’ll make this informational because suppose you want to check the log messages related to the contract permit or deny, then I’m marking these audit log events for session log correct, so this is your source, and then you want to create your destination group as well.
So you can go and click “create destination group.” Here I’ll go and give the log destination just the name, and then the administrator will enable the local file destination, enable the console destination, and enable the CBT, which is informational. CVT is an alert that lets us know that we have eight different CBT levels that we can go and change. Correct. Let’s do the configuration for the remote destination. In my case, I’ll assume that my remote destination is where I want to collect these things. This information is hosted on this specific address, which ends with 36, and administrator is enabled. Here, you can see that the severity level is warning.
This is also something you can make informative, but we are aware of the logistics. I told you earlier that you need informational support if you want to check, if you want to have the contract permit, and if you want to deny logs the correct support. We know that the Syslog support number is five one four. And then again, we have discussed this point as well: to have your Syslog configured, you should have the management EPG configured.
So, since we’ve already configured this in the previous section, I’ll go ahead and allow it. Remember, inside this particular EPG, where I have the provider and the consumer in the contract, I should have port number five, one, and two configured or open. That is best practice, but it will work with the default settings. Correct. So now I can click OK. And you can see that my remote destination has been configured. I can go and click “finish.” And you can see that it is now coming from the source. And we have this configured. So, how easy is it to see that? You can easily configure all of these things related to your syslog. And you can see that it is being configured here.
102. SNMP Configuration details
So these are some of the things that are supported, as well as some of the things that are not. You can go to this link below and check the supported MIBs. That’s nothing but the database for the SNMP strings. You can refer to this link below, and you can check that. Now, how we are going to configure it for SNMP also has the prerequisite that you have management access or that management access is configured. Suppose, inside UB management, you are permitting everything inside the contract and the filter. So a filter is nothing but the type of your ACL. Consider whether you want to put “allow all,” “allow everything,” or “permit any.” So that means you don’t need to go and specify the SNMP UDP port, like 161162. But suppose you have a tight filter configured, and you need to allow ports 161, 162, which are for SNMP traffic, correct?
Now, once you go and create the contract subject filter and once you allow the port numbers for SNMP communication, you should go to the provider. You should go to the consumer. So one will provide the content, and one will go and consume the content. There is only minor editing required. So from a management perspective, from the management side of SNMP traffic, that is done. After we complete this configuration, our actual SNMP configuration will be visible. Now there are various stages and steps that we need to follow, and those are the steps I am going to show you in the upcoming lab. But what we need to do is go first and define the SNMP monitoring destination group. Once you go and define the SNMP monitoring group here, you can see that you can go and define the group and the trap destination.
So inside the trap destination, you will see various things like what’s the destination for the trap, what’s the port number, which version of SNMP they are using, and what your company name a string. And then there is this management EPG that we have created inside the management team that we can call from here. Correct. Now that we have the trap destination, we should create an SNMP policy. So we can go and create the SNM policy, we can enable the SNMP policy, we can go and put the community name, and then we can go and add the SNMP group policy.
So you can go and add the policy. All of that will be demonstrated in the lab section as well. So here also you can see that I am going to associate the management EPG, then I am giving the NMS name and address, and then finally we have to go and create the Pod policy group where I am calling the SNMP policy from the previous step. So once we go and assign the SNMP, you can see the SNMP policy and finally the fabric pod policy. The last thing is this: that again, this is something we have done for Syslog as well, that you can go to monitoring policies, the common policy, and then you can go to SNMP. So we can go and select the SNMP, and then we can go and give the name. So, what is the source name and suggestion trap name that we came up with earlier? We can call it here, and that’s all there is to it. Our SNMP will be configured and ready to work.
So all these steps that you are seeing here from step one to step—usually three steps are there, three major steps are there—are steps that I’m going to show you in the lab section in the next session.
103. SNMP Configuration Lab
Now I’m going to show you all the steps related to SNMP configuration. Now, for this particular lab, I’m going to delete certain old configurations as well, and I’ll delete them, and then I’ll create my own policy. So, first of all, what I want to do is go in and edit my management policy, which we have created in autoband management. Let me increase the font size a little bit. Here it is. So now you can see that we have the node management EPG set to default. And inside that, you can see that we have an out-of-band EPG that we created earlier. Now, for this particular EPG, we have to change the provider and the consumer, correct? So, if you look inside the contracts, you’ll notice that we have the standard contract as well as the contract. First and foremost, I want to create an SNMP-related filter. As you can see, I only have one filter and I don’t want to use it. I want to create a new filter, and then I want to use that new filter. So I have one filter, port 161162. Like that, I want to use it for SNMP. Now, in this case, we can go and add those port numbers. So, for example, port 161162 is the name. And for this, I want to create the policy. Then we can go and check that the ether type is IP, and then we can go and give the protocol. That protocol is UDP. I want to define the destination port, and that range is from one six one to one six two. Update Submit So now I have the filter.
This filter I will call inside the contract and inside the subject, so I can go and create the filter. Let me go and create the filter. Let me increase the font size a bit. So now that we have created the filter, let’s go and create the contract. Now, here you can see that we have the contract, but actually we are focusing on out-of-band contracts. And here you can see that we have the management contract. And here we can see the default management contract. And then this is free. So what we need to do here is draught an autoband management contract. And this is for SNMP versions 1, 6, and 2, et cetera. You can give any name, but I’m giving this one. For this, I have to create the subject. And, before I return to the subject, I should not provide a VR scope. Again, it depends on whether your scope is global or Tnant-specific; you can use it the moment I’m using a global scope, and then I can go and give the subject. So this is for SNMP, port 161162, etc. I can give any logical name, and then I can go and call the filter that I have created for these port numbers, so you can see that I have port 161162, correct? Great submission, so now we have the contract-inside contract, and you obviously have subject and filter.
Now that we have this contract, can we use it between the provider and the consumer? So for that, let me minimise this and let’s go back to the EPG. Once you are inside the EPG here, you can see that the provided out-of-band contract is a management contract that I want to use for this particular contract that we have created. Update this and then this. Actually, I want to delete because I want to show you how we can create this. Now, here you can see clearly that we have the provided out-of-band contract. So we have the provider, and then we can go to the instance profile. I just wanted to see the consumer side as well. So you can see that consume contract here, and I can also go ahead and add the consumed one that we just created. Update this at the bottom. Clearly, you can see that you have the addresses as well.
Now, if you specify this address and any other address, but we haven’t done that, we have created one filter just to demonstrate how we can use that SNMP filter, and our out-of-band management configuration and editing is complete. From this point onwards, we have to do the configuration related to SNMP. What we can do now is go to the administration. So, based on the slide that we have, and the PPT that we discussed earlier, you can make a note and follow that. So you can go to the admin. Once you are inside the admin, you can see that you have the external data collectors and then this monitoring destination. To monitor destinations, you must use SNMP Syslog tackles. Now, in the last section, we configured the syslog, so you can see that the syslog destination is coming here. Now you can go to SNMP, and I want to create new I just wanted to show you the new one that we want to create. So this is related to SNMP, and I’m speaking with the same naming convention. So you can give any logical name to port.
Next, we have to give the trap a destination. You can click the plus sign and then you can define your destination, your port number. This is the community-based version by default. g e, s. You can think like that, and then the management EPG we just created, so here you can see that the management EPG we are using is a default out-of-band management, and we should confirm this because this management EPG management and default. Now if you don’t have this, So let me finish this task, and I’ll go back and show you one more time. So I can go back to the Tnant and go to the management EPG, and once inside the management EPG, inside the management team, you can see that you have out of band APC, which is the default, and that we have done all of those configurations correctly, so that configuration is 100% correct. Now we can go back to the admin, and we are inside the external data collections, and then you can see that we have created the external data collection for this particular port number. This destination IP, the port number you can see, the version you can see, and the community string Correct. So that is the one thing. The next thing we have to do is go and create the SNMP policy. Correct. So for that, we can go to the fabric. If you’re in the older version and this is the newer version of Four One, you’ll notice that the objects have been collected in a much more organised and logical fashion.
So, in the newer version, searching the configuration and searching the objects has become much easier. So what we can do here is go to the fabric policy, and once we are inside the fabric policy, clearly you can see that you have the policies. You can either check the policies once you are inside the policy. You can go inspect the pod or the monitoring. Correct. As you will see several times, monitoring is the domain of SNMP. and I’ll show you that flow as well. So now you can see that we are inside the fabric, within the fabric policies, and that you have the SNMP. Now once you are inside the SNMP, you can go and create a new policy, and suppose I don’t want to use this, so let me try to delete this SNMP policy that we have, so I can do a right-click and delete it, and then I can go and create the SNMP policy. This is our SNMP port 161162 policy. You can see the long list of things grouped inside now that you’ve enabled it again. So what’s your community policy? I can go to this page, click the plus sign, make the name public, and then update. Then, if you are using Shnmp version 3, you can go and define the users for that. In our case, we are not using SNMP. If we have the client group policy, I have SNMP. Let me click if that’s SNMP. And again, you can follow the slides. I’m also following that port. One six, one profile, and then the associated management EPG. We have the management EPG, and then if you have any client entries, you can go and give the client entries as well.
So, I’ll go ahead and update the collector information; that’s the NMS information I’m providing you. Great. So now you can see that we have completed the configuration related to a SNMP policy. I can click submit, and here we have that policy. So we have taken two steps. We have created the SNMP trap destination, and then we have created the SNMP policy. Now, once we have the SNMP policy, we can continue this because we have to create certain SNMP profiles as well. So let’s do that profile creation again. For that, you can check the fabric. You can go inside the fabric policies. We are inside the pod policies, and then you can see that you have this SNMP policy that we have created inside the pod, correct? You can see that you have the SNMP, and then you have created the SNMP policy. Like that, you can go and check the pods, and here you can see that we have the policy group and we have the profile. These are also very important. So once we are inside the policy group, I don’t want to use this.
So let me quickly expand on this. I want to create this NMB port policy. I want to create new ones so you can see them, because we are very near the end of the configuration. I can go ahead and give a name, say SNMP, and then here you can see that you can go and call the SNMP policy. So we have this SNMP policy. You can see that we have a management access policy as well. At the moment, we haven’t created it. You also have other policies, such as those against the ISIS group, and so on. These belong to the pod, correct? So we can submit this, and then finally we can go to the profile. And if I have that, I have some old policies. So I want to delete this because I want to show you how you can create a new one. So I can go here to the profile, create the pod profile, and this is the pod profile, correct? Now you can go and do the pod selector, and let me check the name type. I’d like to distribute all of the policy groups; I have this policy, and this is the pod selector for creating a summit. So we have done all these steps. Finally, only one strip remains: we have to go inside the monitoring policy and add the SNMP policy.
So let’s do that. Let me minimise all these things. So now here you can see that you have the fabric policies, and then you can go to the policies. The monitoring can be seen here. You can go to the default. Do you have SNMP installed? So figure out how many different places you need to visit and do the configuration. This is the fourth place where we are doing the configuration correctly. Now here, you can see that earlier we got the configuration related to syslog correct. And then what we want to do is do that. We want to do the configuration for SNMP. So from here, you can go and click the plus sign. This is the cNMP source group. So let me write it correctly. Source. Group and then the destinationgroup already we have created. Correct. So this is my destination group. Submit it, and we are very much done. We have done all the steps. We have done all the configurations. And you can see here that he can go deep inside this, that he can expand this, and that he can verify those configurations that we have done step by step. Correct? a new way of thinking about what we do. So this is the way that we can do the SNMP-based configuration.
104. Backup
We must learn about configuration backup in five, three. I’m going to show you the steps and the lab. That is how you can go and do the backup for your epic cluster. In the previous section, we said that when we had done this NMPlab configuration, we found it to be a little lengthy. You have to follow so many steps to do the configuration for the SNMP inside the ACA fabric. However, when it comes to backup configuration, we only need a few clicks and a few steps to follow, as opposed to the SNMP lab, and you’ll find that this lab is simpler.
Now, why do we want to take the backup? Because that’s our day-to-day activity. If there is a disaster, if you want to do disaster recovery, if you want to backup, if you want to do certain upgrades, at the very least you want your configuration, your minimum configuration, to be backed up. So later, if you have any issues with your backup, you can retrieve the entire configuration. So, what are the steps involved? Here? You can see three steps out of these three. Two are mandatory; one is optional. But it is recommended that we use the AES encryption backup as well. Now, order this step. First of all, you go and create the remote location, create a configuration export policy, and then enable all these things inside the AES encryption. How are we going to do this? I’m going to show you this thing inside the lab. So this is step number one. When you want to create the remote location, the options that we have are ftpscp and SFTP. In my example, I’ll show you how to use FTP, and then you can go.
For example, if you click FTP, you will get the options related to FTP. If you go to SCP, you will get options related to SAP, et cetera. So, whatever methodology we use, it will have a related option. Then we need to create an export policy. So the format, for example, has two options: JSON and XML. Start now, yes and no, et cetera. You can do some sort of scheduled backup, or if you want to take the backup immediately, it will start immediately. Let me highlight here this particular section: “enable as encryption.” If you click this and expand it, you’ll see that you have the option to encrypt the file, which you should, or must; that’s the mandatory thing. So your password, the password that you’re putting in, should be 16 characters. It must be a 16-digit code that is no longer valid. And we can go and give the 16-character password, and that’s it. So you can see that there are only three steps that we need to use for the backup. And in the next section, I will show you the lab related to this particular backup.
105. Backup Lab
I’m going to show you the lab related to how you can go and create the backup. You can go to the administration. Once inside the admin, you’ll notice that you have import and export options. You can import the policy, roll it back, export it, perform snapshot management, and deploy it to different locations. Now, what we want here is, first of all, to add the remote location. And already some of the remote locations have been added. I’ll go and add my one. This is for backup, say backup Epic or, better, backup ACI. Now, for the description, you can put a nice description here. By default, it gives you SFTP. That’s a secure FTP method. I suppose if you want to use FTP, you can go ahead and give my FTP server address and port number, 198-18-1331 port. You can see that FTP is using port number 21. And then I can go and provide the path. So that is the epic backup path. And that’s for the correct username and password. So let me give you the username and the password. You have to type it one more time. When you provide the username and password, your management APC will be activated. So you can see how critical this management APC is. Because of the management, you should have access to the FTP. And suppose you’re not opening port number 21, but you should. Correct. So now here, you can see that we have created the backup ACI.
That is the remote location we chose. Now, once we have the remote location, the next thing is that we should go and create the export policy. The export policy I want to create is not for the core; we want to create it for the configuration. Correct. So I want to create this for the configuration. And then I can go and click “create the configuration export.” I can give you the name. So with my export policy like that, I can go and give the name. The format is XML. Start now. No, I don’t want to start now. And then you can see that snapshot. I don’t want to enable the snapshot. What is an export destination? I just finished making this backup ACI. And then you want to enable this global AES encryption? Yes, I want to enable it. And then it asks for a 16-digit password. So let me give one; I’m typing the password; let me type it, and then I can go and click the submit button, click the submit changes button, and click the enable button. And here you can see that our configuration is done. And if you want, you can check my export policy like this. You can go and check the operation, the false history, et cetera.
Now, if we have any backup here, I can show you my daily backup, even via the scheduler as well. It is in JSON format. You can go every day and take whatever it is doing as a backup, correct? If you want to do the verification again, you can go to the same place where you did the import and export; you can go to the configuration; and then, whatever backup we have created, we can go inside that. So for example, if I go inside the same daily autobackup, if I click the history, if I have any history related to that, or suppose if I go to the policy operation inside the operation, you can see the job status. So you can see the success, and we can even see the time. My export, I haven’t started this immediately. So if I go ahead and start this immediately, start now. What you need to do here is go to the policies, and you can see the job status now: it is running correctly, uploading failed, and logging in was denied. We should have the correct login and details inside that. Otherwise, it will go and fail like that, and we can go and check the others as well. So if I go here and show you this and start now years submit, and then we can go to the job operation and job status, you can see that this has been done successfully. So like that, we can go and create the backup, and we can even put this in Duluth as well. So at a particular time, it will go and start the backup. Let’s just stop here.
