How do you run PostgreSQL on Kubernetes without turning storage, latency, or availability into a constant operational challenge?
This video explores a validated architecture that combines EDB Postgres AI, CloudNativePG, Red Hat OpenShift, and Dell PowerFlex to deliver a Kubernetes-native PostgreSQL platform designed for enterprise workloads.
You’ll learn:
• Why PostgreSQL performance often depends on storage architecture
• How EDB Postgres AI and CloudNativePG simplify PostgreSQL operations on Kubernetes
• Why separating WAL and data volumes matters
• How Dell PowerFlex provides scalable, high-performance persistent storage
• The tradeoffs between PostgreSQL synchronous replication modes
• Best practices for high availability, durability, and predictable performance
The architecture discussed in this video was validated using bare-metal Red Hat OpenShift with independent compute and storage resources, demonstrating sub-millisecond latency and linear scaling up to 48 vCPUs.
EDB Postgres AI on OpenShift cluster using CSI driver for Dell PowerFlex White Paper:
🔗 https://infohub.delltechnologies.com/en-us/t/edb-postgres-ai-on-openshift-cluster-using-csi-driver-for-dell-powerflex/
Learn more about:
• EDB Postgres AI
• PostgreSQL high availability
• Red Hat OpenShift
• Kubernetes storage architecture
• Dell PowerFlex
• CloudNativePG
#PostgreSQL #Kubernetes #OpenShift #EDBPostgresAI #DellPowerFlex #CloudNativePG
