Kubernetes Administrator: Managing Role-based Access Control
Kubernetes
| Intermediate
- 14 videos | 1h 3m 12s
- Includes Assessment
- Earns a Badge
Role-based access control is an approach to restricting system access to authorized users. Kubernetes supports multiple authorization modules, including role-based access control, which works using Role, ClusterRole, RoleBinding, and ClusterRoleBinding objects, which are declared using RBAC API. In this course, you'll explore the concept of authorization and the authorization modes supported by Kubernetes. You'll investigate how to control access to the Kubernetes API server, including the prominent principles for planning and implementing Kubernetes role-based access control, the features of Role, ClusterRole, RoleBinding, and ClusterRoleBinding objects. Next, you'll utilize kubectl subcommands and commands to query the API authorization layer, enable the NamespaceLifecycle and LimitRanger admission control plugins, and get a list of existing Roles, ClusterRoles, RoleBindings, and ClusterRoleBindings from Kubernetes clusters. You'll then create a file and use it to create a Role, ClusterRole, RoleBinding, and ClusterRoleBinding. Next, you'll create kubeconfig files to allow users to perform operations in Kubernetes cluster Namespaces. Finally, you'll implement Aggregated ClusterRole and use the AggregationRule to define label selectors and match other ClusterRole objects.
WHAT YOU WILL LEARN
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Discover the key concepts covered in this course
Describe the concept of authorization in kubernetes along with the authorization modes supported by kubernetes api server
Recall the steps and stages to control access to the kubernetes api server with a focus on authentication, authorization, admission control, and validation
Use the kubectl subcommands to query the api authorization layer and enable the namespacelifecycle and limitranger admission control plugins
Recall the prominent principles that can help plan and implement kubernetes role-based access control
Recognize the features of the role, clusterrole, rolebinding, and clusterrolebinding objects of the rbac api that help implement role-based access control in kubernetes infrastructure
Create a file and use it to create a role in the default namespace in order to grant get, watch, and list access to pods -
Create a file and use it to create a rolebinding in the default namespace in order to facilitate a pod reader role for users
Create a file and use it to create a clusterrole in order to grant get, watch, and list access to secrets in any particular namespace and across all namespaces
Create a file and use it to create a clusterrolebinding in order to allow any user in the group manager to read secrets in any namespace
Work with kubectl commands to get a list of existing roles, clusterroles, rolebinding, and clusterrolebindings from kubernetes clusters
Create kubeconfig files to allow particular users to perform operations in particular namespaces of kubernetes clusters
Create a configuration file to implement aggregated clusterroles and use aggregationrule to define label selectors that the controller can use to match other clusterrole objects
Summarize the key concepts covered in this course
IN THIS COURSE
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1m 34s
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6m 46s
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3. Stages to Control Access to Kubernetes API4m 56s
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4. Querying the API Authorization Layer6m 26s
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5. Principles to Implement Kubernetes RBAC4m 55s
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6. Components to Implement RBAC in Kubernetes6m 55s
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7. Creating Roles in Kubernetes3m 53s
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8. Creating a RoleBinding API Authorization Layer5m 17s
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9. Creating ClusterRole in Kubernetes3m 31s
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10. Creating ClusterRoleBinding in Kubernetes4m 23s
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11. Retrieving RBAC Objects in Kubernetes4m 11s
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12. Managing User Access with kubeconfig4m 39s
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13. Implementing Aggregated ClusterRoles in Kubernetes4m 6s
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14. Course Summary1m 42s
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