virtual-kubelet/virtual-kubelet

Features

• External Compute Orchestrators - Translates standard Kubernetes orchestration commands into actions on serverless platforms or external compute APIs.
• Virtual Node Providers - Provides a pluggable interface to define how the Kubernetes control plane manages and schedules workloads on external cloud backends.
• Compute Lifecycle Mapping - Translates pod and container lifecycle operations into external API calls to manage compute without virtual machine infrastructure.
• Compute Node Emulation - Simulates standard compute node behavior to enable the cluster controller to schedule workloads on external infrastructure.
• Pod Lifecycle Event Mapping - Allows developers to define the logic required to translate cluster pod events into actions on specific external compute platforms.
• Custom Kubelet Implementations - Provides a custom implementation of the kubelet that allows Kubernetes to treat external services or serverless platforms as cluster nodes.
• External Compute Orchestration - Manages containers on non-native infrastructure by translating Kubernetes pod lifecycles into external API calls.
• External Compute Scheduling - Schedules containers on external APIs or serverless platforms by emulating a standard node to the cluster controller.
• External Node Integration - Connects external services or serverless platforms to a Kubernetes cluster so they function as standard compute nodes.
• External Resource Orchestration - Represents serverless platforms as standard nodes to run and manage containers on non-native infrastructure.
• Kubernetes Node Emulation - Simulates standard node behavior to allow the control plane to manage resources on third party platforms.
• Orchestration API Bridges - Maps Kubernetes container orchestration commands to the proprietary API calls of serverless or external cloud platforms.
• Provider Plugin Architectures - Provides a pluggable interface to decouple Kubernetes pod lifecycle events from service-specific external compute APIs.
• Serverless Kubernetes Integrations - Maps Kubernetes pod lifecycles to external API calls for running containers on non-native compute infrastructure.
• Infrastructure Provider Interfaces - Provides a standardized interface for abstracting and interacting with external cloud and serverless compute APIs.
• Administrative Request Proxies - Proxies administrative requests for logs and execution from the Kubernetes control plane directly to external service providers.
• Administrative Request Routing - Forwards API server requests for logs, interactive execution, and metrics directly from an external compute provider.
• Cluster Expansion - Adds virtual nodes to a cluster to handle burst traffic using external compute without managing VM infrastructure.
• Pod Lifecycle Management - Manages the creation, updating, and deletion of pods while monitoring their status on an external provider.
• Hybrid Cloud Kubernetes Management - Schedules workloads across a mix of traditional virtual machines and external cloud provider services.
• Node Capacity Reporting - Sends node capacity, addresses, and operating system details to the controller to enable accurate scheduling.
• Pod Lifecycle State Tracking - Tracks the status of pods on external platforms and synchronizes that state back to the cluster control plane.
• Per-Node Pod Metric Collectors - Gathers pod-level statistics from virtual nodes to support horizontal autoscaling.
• Pod Metric Exporters - Sends resource statistics for pods to the control plane through a dedicated metrics interface.
• Virtual Resource Capacity Reporting - Reports virtual resource capacity and pod metrics to the scheduler to enable native horizontal autoscaling and placement.

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