Scheduling and orchestration play roles in managing containerized workloads. While Kubernetes offers the core kube-scheduler, diverse tools and frameworks extend its capabilities, catering to specific needs and deployment complexities.
C770 Capsule
Open-source project providing efficient resource packing and co-scheduling for high-density deployments.
C771 Clusternet
Open-source framework managing multi-cluster deployments and workload placement across clusters.
C772 Crossplane
Enables provisioning, managing, and orchestration of infrastructure resources alongside Kubernetes deployments.
C773 Eraser
Open-source tool facilitating graceful termination of long-running batch jobs in Kubernetes.
C774 Karmada
Open-source multi-cluster management platform enabling federated management across Kubernetes clusters.
C775 KEDA
Open-source tool automatically scaling deployments based on event sources like Kafka or SQS.
C776 Knative
Open-source platform built on Kubernetes for serverless application development and deployment.
C777 Koordinator
Open-source framework facilitating batch job scheduling and distributed workflow execution in Kubernetes.
C778 Kubeflow
Open-source platform built on Kubernetes for machine learning (ML) workflows and deployments.
C779 kube-green
Open-source tool supporting canary deployments and traffic shifting in Kubernetes deployments.
C780 Kured
Open-source tool focused on efficient pod eviction and resource reclamation in Kubernetes.
C781 Volcano
Open-source project enabling batch job and high-performance computing (HPC) workload scheduling in Kubernetes.
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