2026-09-24 –, Hewitt Boardroom (Capacity 35)
Hosted Control Planes (HCP) enable efficient multi-tenant Kubernetes deployments, but managing storage within each HCP cluster can be resource-intensive and operationally complex. This talk demonstrates a practical pattern: deploying the Ceph CSI Operator on lightweight HCP clusters to consume storage from a centralized Rook-managed Ceph cluster running on dedicated HCI (Hyperconverged Infrastructure) nodes.
We'll show:
- Why separating storage and compute makes sense for HCP architectures
- Quick overview of Ceph CSI Operator vs full Rook deployment
- Setting up Ceph CSI Operator on an HCP cluster
- Connecting to external Rook-managed Ceph storage on HCI
- Live demo: Provisioning PVCs on HCP using remote Ceph storage
- Benefits: reduced resource overhead, centralized storage management, simplified operations
Perfect for platform engineers exploring efficient storage patterns for multi-tenant HCP environments. Attendees will learn a practical, production-ready approach to providing persistent storage to HCP clusters without the overhead of running full storage infrastructure in each cluster.
Software Engineer at IBM with 4+ years of experience specializing in the orchestration of Kubernetes storage via the Data Foundation Team. I have a proven track record of building operators for Rook, CSI, and NooBaa, alongside designing Disaster Recovery (DR) systems for cross-cluster resilience. My work focuses on providing reliable, high-performance storage foundations for modern containerized infrastructures.