A. Resiliency, Containerd, Observability, Agility
B. Kubernetes, Operability, Observability, Availability
C. Resiliency, Agility, Operability, Observability
D. Resiliency, Operability, Observability, Availability
A. Serverless functions are incompatible with containerized functions.
B. Users should make a reservation to the cloud provider based on an estimation of usage.
C. Containers serving requests are running in the background in idle status.
D. Users of the cloud provider are charged based on the number of requests to a function.
A. Pods # Cluster # Containers # Nodes
B. Nodes # Cluster # Containers # Pods
C. Containers # Pods # Cluster # Nodes
D. Cluster # Nodes # Pods # Containers
A. Rook
B. Helm
C. Kubernetes
D. Container Storage Interface (CSI)
A. You can create two resources of the same kind and name in a namespace.
B. All the objects in the cluster are namespaced by default.
C. The default namespace exists when a new cluster is created.
D. You can create a namespace within another namespace in Kubernetes.
A. 500mi
B. 500Mi
C. 0.5M
D. 500m
A. Adding the desired API object as a kubelet parameter.
B. With the command kubectl extend api, logged in as an administrator.
C. Adding a CustomResourceDefinition or implementing an aggregation layer.
D. Adding a new version of a resource, for instance v4beta3.
A. As compressed binary objects that are optimized for space but not secured against access.
B. As plain text values that are directly stored without any obfuscation or additional encoding.
C. As Base64-encoded strings that provide simple encoding but no actual encryption.
D. As encrypted records automatically protected using the Kubernetes control plane master key.
A. Reduce failed deployments, configuration drift, and fragile release processes.
B. Reduce failed deployments, operational costs, and learn git.
C. Reduce failed deployments, operational costs, and fragile release processes.
D. Reduce failed deployments, configuration drift and improve your reputation.
A. Use an init container with shared file storage.
B. Use a PVC volume.
C. Use another Pod with a PVC.
D. Use a sidecar container with shared volume.
A. It determines how routing rules are prioritized when multiple Ingress objects are applied.
B. It defines the type of protocol (HTTP or HTTPS) that the Ingress Controller should process.
C. It indicates which Ingress Controller should implement the rules defined in the Ingress resource.
D. It specifies the backend Service used by the Ingress Controller to route external requests.
A. SETUID
B. SYS_CHROOT
C. CHOWN
D. NET_BIND_SERVICE
A. Manually configure every registered cluster with the deployment YAML for installing the microservice.
B. Use a Helm chart to package the microservice and manage it with a single Application defined in Argo CD.
C. Set up a Kubernetes CronJob that redeploys the microservice to all registered clusters on a schedule.
D. Create an Argo CD ApplicationSet that uses a Git repository containing the microservice manifests.
A. Security Profiles configure Pods and Containers at runtime. Security Contexts are control plane mechanisms to enforce specific settings in the Security Profile.
B. Security Contexts configure Pods and Containers at runtime. Security profiles are control plane mechanisms to enforce specific settings in the Security Context.
C. Security Profiles configure Clusters and Namespaces at runtime. Security Contexts are control plane mechanisms to enforce specific settings in the Security Profile.
D. Security Contexts configure Clusters and Namespaces at runtime. Security profiles are control plane mechanisms to enforce specific settings in the Security Context.
A. Follow an automated approach to cost optimization, including visibility and forecasting.
B. Follow manual processes for cost analysis, including visibility and forecasting.
C. Keep your legacy workloads unchanged, to avoid cloud costs.
D. Use only one cloud provider to simplify the cost analysis.
