In this discussion you'll learn about:
- Multi-tenancy use cases: SaaS software providers, retail store chains, enterprises with multiple domains
- Various approaches to achieving multi-tenancy in Kubernetes
- How to implement the virtual cluster per tenant multi-tenancy
- Security and compliance considerations
- Real-world example of setting up a multi-tenant cluster, observations, challenges, and learnings
Speakers
Transcript
Speaker 1
Kubernetes clusters are robust, container orchestration platforms designed for managing containerized applications at scale. Each cluster comprises a master node, responsible for overseeing the cluster, and multiple worker nodes where containers are deployed. The master node orchestrates the scheduling and management of containers, while the worker nodes execute the actual workloads. To host and run containers, each worker node runs a container runtime like Docker.
Speaker 2
Kubernetes operates on a declarative model, where users define the desired state of their applications using YAML files. The control plane of the cluster, which includes components such as the API server, scheduler, and controller manager, maintains the desired state of the system. By employing redundant master nodes and worker nodes, Kubernetes ensures high availability, thereby minimizing single points of failure.
Speaker 1
Kubernetes clusters are robust, container orchestration platforms designed for managing containerized applications at scale. Each cluster comprises a master node, responsible for overseeing the cluster, and multiple worker nodes where containers are deployed. The master node orchestrates the scheduling and management of containers, while the worker nodes execute the actual workloads. To host and run containers, each worker node runs a container runtime like Docker.