Process of estimating and allocating resources needed for container workloads in a cluster.

Mechanism for coordinating multiple Kubernetes clusters, enabling multi-cluster application deployment and management.

Interconnected network of container clusters, enabling cross-cluster communication and resource sharing.

Network configuration and management within and between container clusters, enabling inter-container communication.

Procedure for updating the Kubernetes version and components of a cluster while minimizing disruptions.

Centralized logging solution capturing logs from all containers and nodes in a cluster, aiding in troubleshooting.

Kubernetes component that automatically adjusts the number of nodes in a cluster based on resource utilization.

Kubernetes service type that exposes the service on an internal IP within the cluster, facilitating internal communication.

Kubernetes services accessible only within the cluster, used for internal communication between pods.

Kubernetes RBAC resource defining permissions across an entire cluster, not limited to a single namespace.

Kubernetes RBAC resource that binds a ClusterRole to users, groups, or service accounts across all namespaces.

Custom resource in Operator Lifecycle Manager describing a specific version of an Operator.

GitOps platform for managing and automating containerized application deployments, streamlining CD workflows.

Techniques to reduce initialization time of containers, particularly important in serverless environments.

Design pattern for handling failures in distributed container-based systems by reversing or compensating actions.

Kubernetes API object used to store non-confidential data in key-value pairs, accessible by pods.

Service mesh feature of Consul providing secure service-to-service communication with automatic TLS encryption.

Standardized unit of software that packages code and all its dependencies for quick, reliable deployment.

Methods used by attackers to escape container isolation and access the host system, posing security risks.

Software responsible for managing container lifecycle, including creation, execution, and destruction.

Security vulnerability allowing a process to break out of container isolation and access the host system.

Security measures and best practices to prevent containers from breaking out of their isolation.

Weaknesses in container runtimes or configurations that could allow processes to escape isolation.

Mechanisms to verify the health and readiness of containerized applications, ensuring service availability.

Physical or virtual machine running the container runtime and hosting containers, providing the execution environment.