 Beraxtuok! Beraxtuako eta erregatu. Horipan bakarritzea izanen dira nireklatzea izanen dira izanen egin gainan. Ez dira, baina egin egin izanen, eta eta erregator shocken egin izanen erregatu, erregatu izanen z lecture-manejesea planetzenea homeless to manety the connection certificates, and she acquire communications with through ISSL and terrorist protocols. First I present eis myself. fled Spain. I am a developer on secret research at university. Neste hatuaren baten dira beste erabu bizi ziren da, San magean magean, bena dira izatearen Gartan, dokeran, Kuvernete,ην batek eskurtiak, dokeran, Kuvernete, netea, duena egin urte. Taken egin atuzetan, hitzunak. Lira hortzakiena, Eurdoca, Kubernetz, nintzik etorriak, eta nintzen zaituak, Buneritzeak nintzen zaituak, Eurdoca, Eurdoca, Kubernetz, Zaituak, eta Buneritzak nintzen izan dut izan dut izan, eta beti izan dut izan, Boteinertako, Rantxer, Grafana, Pro-Metsu. Zerta, ozren? Tornen beenbatsan etalakoa Pautatuak, bertzean lezioa proponarekin, tarri zuten dira eta gertzien da, zertifikai eta zertifikaitu-autortiz, eta egitea merez, gerak izatek hage Siguruz – Eta emateko eta izanak naizan laneru komendatu izan, eta gero entzela egun egiteko izan ere, ondok izan eta izan baina diren ezako bat guztatua. Isan tarrantuta zela guztatua ziren babazikik bat gendututen. Zertifika eguno zirezk bat ez pontua zertifica. Eta erabak urtea uzua dagoa, ez dagoa urtea urtea urtea urtea, betxorak beraz duela izatean, atxatzen egin behar entitea, ginen dira, egin behar dagoa, ez dagoa, giztea, digitala urtea urtea urtea. Eta urtea urtea urtea, digitala urtea urtea urtea, oso duenaktu zitazazушera batzorintuarenez egiteanak egitean egitean egitean egitea izan zailako. Bailako batzorintuaren ez eta egitean egitean erraizkurala. Zertifikatea da genetik, K-Paila da genetik, previatik eta publikik, baina zertifikatea izan dira. Eta baina ez dira. Eta zertifikatea izan dira, zertifikatea izan dira, zertifikatea izan dira, Erruzena, euskortan bat izan dena. Erruzena, euskortan bat izan dena euskortan bat izan dena. Zertifikoa zaileraz gehiago euskortan zaileraz zaileraz euskortan zaileraz gaur duen, igaiak bainoak. Hizkarrantzatik, erruzzatik zaileraz euskortan zaileraz, salartzea izan dena, zertifikai geroavors documentarekin. Zertifikai gero Dooraren мамarik dira, Zertifikai gero taizko ginen egipatik egipatik polizia eta n كلa entiti egipatik egipatik. Etsatik ikusatzen urte. Horオla izan ingetan osatzen urte zela. S.s.l.akun duten txarek g단abakeen egipatik ingetan orduak egipatuaz egipatuaza egin. Gauz gauzako nire gozea bat, nire gauza ezak izatea izatea, adretiak, izatea, izatea adarriak. Hortuak, aplikatuak bidoratzen, eta hortuak izatea izatea izatea izatea izatea izatea izatea. Eta, ingreskak, aplikatuak da, HCTTPS esan, hortzako erregeratak gertu izan, baina ezizkantzatik egin gara dago jendea. Eta zela, Eta Ergaz dago zertifikaetik, Eta ergazkatu zuten. Eta zela, hortzako, nintzen egitea izan, Ez dago dago dago egin dago dago dago dago dago. eta zaidea b 컬�uzio hatesk ziren izan da. Zertifikatzen dago behar dago, nopet raisonak, ingresatzen, duten izan zertifikatzen dago, izan add bashkako zertifikatzen. zertifikatza ez ziren izan zertifikatza, Zertifikatääk zuen, eskerrera atorriko egiten odean. Sestilusti zertifikatik eskerrera. Ikusian euskinen zertifikatik euskinen zentzen, eta euskinen Aintzerragun Black and Red zertifikatik euskinen zertifikatik euskinen. Ez, bera egiten. Ez bairro zente nire, hala bezetan lehzentik zena zeltzeko izatea dira basiko auratik ziren ikalakako nega layutako lagun eta progoazio egitea. Ema dug deixi izatea dira basiko haiga, bezetan lehzentik zena zeltzeko egitea zuten lehzentik zaren. Eta izan nire, eilen laketea nire, baina dira eguna gerra eta Laga Biltu izan zezat herri zuten. Eta izan, autoritzen izan erazkartazioak, izan erazkartazioak zena baten, eta nirekin zinatua zertifikai. Lundan, hortuak, nirekin zertifikai, autoritarra zuten beharak, zuten zuten beharak zinatua. Gidea, nirekin zuten, zuten beharak zertifikai, dena zuten beharak, publikiak, zuten beharak, Eta, eta, eta, eta, Zaizkustako dezateak etorri duenak. Ez Interesponsioen cartoko izanera luzea ez beach-certificatuaan, gubernetara kontrolatako jaio nizekoiorrekin izanera, usersa geroa. Basikalizien gehiagoak sepainizak ez slidea izanera, gubernetara manizkutik, tileserti degrees for many asing sources like lesson kid for sample as I command or for example also we can use if we are using for example hassee call ball for manage for managing the secrets of in Kubernetes we can use also the dissolution well in the relates Eta direktori gizak repuzitori, baina baina berri batzioa izan. Eta kontinuztik, kontinuztik. Gidean bera, gehiago zela guztiak zega. Atsiak erraiztik horrela hori, gero adoratzen, egitea zela, erraiztik horrela hori, eta erraiztik horri batean, egitea zela, erraiztik horri da, erraiztik horri da, erraiztik horri da, autoriti, Euskortzen dugu zegoa ez dut. Euskortzen, egitea, Euskortzen, Euskortzen, Euskortzen, egitea, Euskortzen, baina nintzen eta Euskortzen dut, kainu erregioan, easiest to the certificate authority for validating these certificates. The main concepts are issuerd or cluster issuerd, depending on what our use case, issuerd and cluster user basicali are objects in Kubernetes urtea zertifiktuen zertifikiak utoritizu, zenera naiz ez… Orta, erotzitzen azkertifikak esan ez, besikal eusertza izanen feizuarekin, Esoetik erosuzteko, besiak titurak, ordua batzatik. Last, another interesting object is the Certificate Request, an enemy space resource that is used to request and certified from a user or cluster user. Txelaousse dut zuen kubernetexa zen zela duen, betorzi, lik batzera zerizu zegoitea, horu elegan zegoitea izatea, egiten zegoitea, berabarraak batzera batzera batzera. Eta blaita zegoitea konferentea izatea baten, eta izatea zegoitea zegoitea gehiago-kufaetara, azizkainu izan duzu bat ziren. Ez eizuik, erregitea euskorean, ekian bizi, ekianak izan duzuak, ekianak izan duzuak, eta muhtuala, muhtuala, izan duzuak, izan duzuak, Zertifika garrantzatik egitekoa izan! Zertifika garrantzatik egitekoa izan! Itsatzea kontzertik izan! Eta gertu egitekoa izan. Eta gertu egin nire, eta ez zaila izan. Eta gertu egitekoa izan! Eta gertu egitekoa izan! eta Zermanaiertzen dut talako izan garrantzako argizatzen ditilez. Zermanaiertzen guzti gauzak baino bat ditien, guzti zuten, biago guzti gauza izan, gauza izan, baino, guzti gauza izan, Gauza izan, iztalera gauza izan, eta gauza izan, Zoro abaita, gero dute plastikako zaint sufferinga eusk sortu daaratzekoik, egiteko egiteko bat euskortiak milli hori izatea. Eta batzioak, bera, Euskorti-izake species droia ezkainen zertifikatu ditu bian zertifikatu uklua ondara, euskorti zertifikatu etu bat izatea. Ez euskorti-a egiteko bat euskorti, baita and Moving Tool for managing the resources life-cycle. The life cycle of human being will not buy certain attributes. The other way of stalling said manager as using the generally configuration file was confined in the manager Ji Lori H aber lapoz debutoritzako. eta ez baina oltu zuten ulaiztaraen, baina Ezea izan izan zerak nintzen, eta ez zuten baina geroa izan. eta ez, ez oltu zuten geroa izan, eta oltu zuten baina, eta ez baina geroa izan, eta ez baina geroa izan, Eta berriaz, z размazgatik nirek ziren, eta eginak zuen, gidean zertifikak ziren errekuizatua, eta ez dira izan, zela nirea errekuizatua. Nire zituen, ez dira, eta nirea, errekuizatua. Ez dira, egunako, ez dira, Guna sekuzion, guna sekutin the QCT apply command, basikaliz kriaitin aul custom resources definition, like pods and deployments. In this way we will have a new object, when installing, when executing this command, we will have a new object in coordinates that are the certificates. At this point, the certificates object are created in our environment and we can use and we can manage the life cycle of these certificates. To verify our installation, we can check, for example, the pods that are running in certain managers at the space. We can see that it creates three third manager pods that we can check if they are running or not for verify the installation. Before continuing with explaining how third manager works, it is important to differentiate between the issuers and cluster users. Before starting issuing certificates, we need to create an issuer. Why is it important to create because this issuer specifies the certificate authority from which signature certificates can be obtained. The next step is to create an issuer or cluster issuer to begin issuing certificates within your cluster. For example, a lesson creep certificate authority provides a free TLS certificate in the following examples. We will see that we are using a lesson creep for staging or production, for example. We can use these free TLS certificates for testing your, for making, for example, a proof of content, a proof of concept for testing your certificate set up in your environment. Well, this is the first how we can create this issuer, issuer, as I command, are Kubernetes resources that represent the certificate authority and are able to generate signature certificates by ignoring certifications in request. In this example, you can see the most simple certificate authority user. Basically, we are specifying the app version and in the kind specifying the issuer object. At this point, what is the difference between issuers and cluster issuers, basikali, the main difference is that issuers are name spaces are created in a specific name space. Resources and cluster issuer, issuer, wars for all name spaces in our cluster. This means that you will need to create an issuer in each name space you wish to obtain certificates. In this example, for example, we are creating a cluster issuer object called lesson creep staging that is using the lesson creep staging server. And also create, we also create a Kubernetes secret called lesson creep staging private key to store the private key of the certificate. We can use the same, for example, while working if we need to work in the same configuration in production. Basikali, we only need to change the lesson creep name instead of using lesson creep staging. We can use lesson creep production in the metadata name. And with this change, we can use the same configuration, for example, for production. Well, with the previous five configuration, we can use this command for implement this cluster user using the kubisetail command with the previous five configuration. At this point, we have created our cluster issuer and the idea is to introduce the ingress controller. For example, we can use ingress nginx that is an ingress controller for Kubernetes that use ingress as a reverse proxy and load balancer. And one of the advantages of using ingress is its support for configuring SSL certificates in a simple way using Kubernetes objects. Well, for adding ingress till support, we need to create a Kubernetes secret certificate and a private key file. In this way, when you add till certificates to the ingress resource as a Kubernetes secret, the ingress controller access it and make it a part of its configuration. With the following command, for example, we can create a Kubernetes secret with server certificates. We need to generate this certificate, the server dot cert certificate and the server dot key private key file. If we have this file generated, we can use this command for creating this Kubernetes secret. Well, the ingress resource that we have seen with Tillius needs to be created in the same name space where the application has been deployed. Basically, you need to add the following configuration in the ingress configuration file. Now that we have created our lesson creep test user, we are ready to modify the ingress resources and enable Tillius encryption. In this example, here we define the ingress controller as well as defining the cluster user to be lesson creep staging. Finally, in the last section in this file, we add Tillius block in order to specify the domain for which we want to acquire certificates and we specify a secret name. This secret will contain the Tillius private key and the issue with certificate. With the previous configuration file, we can execute this command for updating the existing ingress resources using the Kubernetes apply command. At this point, if all is ok, we have configured our ingress resource. Once the ingress is created, there should be a Tillius secret and a certificate created. For validating this installation, for example, we can use the Kubernetes get certificate to see, for example, if our site, for example, our domain is using this configuration, accessing, for example, using HTTPS that is using a secure Tillius connection. Well, once the certificate has been created successfully, you can run the scribe command to confirm that it was created successful. This confirms that the Tillius certificate was successful and HTTPS encryption is no active for the configured domains. At this point, we are going to resume the previous process in a state diagram. For example, the previous process can be resumed in the following diagram that shows the life cycle of our certificates using the lesson creep user. In the first step, as we have seen, an user creates a new certificate that references the lesson creep user. In the second step, the key manager creates a temporary private key that references a secret, which is assigned to the certificate. In the process of creating the certificate, the request manager creates a certificate request object and sends the certificate using the private key generated in the previous step. Once the certificate request has been created, the issuer creates an order object and creates one challenge per domain. This is what it does at low level, the certificate manager for creating the certificate request, creating the challenge for the certificate, and so on. In this diagram, it shows what is does the manager at low level. You can view what are the actions in more detail. At this point, lesson creep works out the challenge and the issuer fits the signature certificates from lesson creep. Once the certificate request has been created, the information is copied in the certificate object by the share manager. In the last step, the controller sets the public key and copies the private key from the temporary secret object. Finally, the controller sets the certificate object and is ready with all the information. Basically, this is the resume for the process that certificates manager makes at low level for managing this old information. In this scenario, we can check a demo of the... This is an scenario that provides Catacoda for testing these kind of features. Basically, in this demo, we can configure vows as a certificate manager. In the same way that we have used lesson creep in this demo, it is using the vows as a certificate management. Basically, we can follow the steps that show here information. For example, in this case, we are using Minikube for manage the Kubernetes cluster. At this point, we have created our cluster. In the second step, we are installing the voul help chat using the hell report. It looks like there is a problem installing voul from the hell repository. I am not sure what is the problem here. Maybe the last version shows an error that can install this package. Maybe it can be a bug in the last version in the last release. I am not sure. This part, if it doesn't work, we are going to the last step where we are configuring the certificate manager. For example, here in the step 6, we are using the jet stack certificate manager for installing... Now, we create an image space certificate manager. This step looks like it works. We are updating the help and installing the certificate manager using the hell command. At this point, we have installed the certificate manager. We can verify that all the pods are available in the name space we have created. At this point, we have created... It has created three pods running two in running state and one in container creating. Now, are the three running. In the next step, now we are going to create the issuer that I commented before. Using the create service account issuer. We get all the secrets in the file name space. For example, we have the file token, the issuer token. With the following command, we can view the name of the issuer secret. At this point, we create a configuration for our issuer. In this case, we are creating issuer with this server. It is not a real server. It is a test. In this step, now we continue creating the certificate using this domain. If the previous state works with Boults, we can use the certificates for making the request. Using these certificates from the Boults. At this point, we can see that the certificate is created with domain. We can see that the state. Here, we can see the message generated a new private key and created a new certificate request resources. At this point, we can see that has created the certificate. That's all for my way. Finally, I will try to comment some conclusions. These are the conclusions. Basically, Sermanai facilitates the certificate screening through the Kubernetes API. We create certificate objects. Sermanai creates a private key. It sends that key with that private key. Or interacts with the certificate authority to obtain the signature. The result is that it is stored in a secret resources. Finally, we have available community user survey for Sermanai. If you are using this tool, you can use this survey for give some feedback about your experience with this tool. And for give feedback to the CNCF project. That's all. Thank you very much. If you have any question, you can do it. Thank you.