Azimuth’s Kubernetes deployment could ensures resilience against OpenStack compute node failures by leveraging severgroup anti-affinity rules for both control plane and worker nodes.
Key Benefits:
- Fault Tolerance by Design
Deploy control plane nodes (etcd, API server, etc.) and/or worker nodes across separate OpenStack compute hosts using anti-affinity policies.
If a physical compute node fails, your Kubernetes cluster remains operational with no single point of failure (SPOF).
- Flexible Deployment Modes
Control Plane HA: Distribute master components across multiple compute nodes to prevent downtime during hardware failures.
Worker Node HA: Spread workloads across unrelated hosts to minimize pod disruption.
- Use Cases
Production-Grade Clusters: Meet SLA requirements for uptime.
Stateful Workloads: Protect databases or critical pods from host failures.
Cost-Efficient HA: Avoid over-provisioning by strategically distributing nodes.
Openstack feature : https://docs.openstack.org/nova/latest/user/server-groups.html
Azimuth’s Kubernetes deployment could ensures resilience against OpenStack compute node failures by leveraging severgroup anti-affinity rules for both control plane and worker nodes.
Key Benefits:
Deploy control plane nodes (etcd, API server, etc.) and/or worker nodes across separate OpenStack compute hosts using anti-affinity policies.
If a physical compute node fails, your Kubernetes cluster remains operational with no single point of failure (SPOF).
Control Plane HA: Distribute master components across multiple compute nodes to prevent downtime during hardware failures.
Worker Node HA: Spread workloads across unrelated hosts to minimize pod disruption.
Production-Grade Clusters: Meet SLA requirements for uptime.
Stateful Workloads: Protect databases or critical pods from host failures.
Cost-Efficient HA: Avoid over-provisioning by strategically distributing nodes.
Openstack feature : https://docs.openstack.org/nova/latest/user/server-groups.html