2025-06-13 –, E112 (capacity 156)
Running an OpenShift Baremetal cluster is a challenging task in itself - so why not add OpenStack on top of it? This brand-new deployment model for the well-known Infrastructure-as-a-Service (IaaS) project offers the ability to quickly bootstrap OpenStack environments, save computing resources and easier operations for administrators - in theory.
In practice, we have found that orchestrating baremetal servers from inside a Kubernetes cluster requires knowledge of many moving pieces at various layers. Nevertheless, for organizations already comfortable with OpenShift, this approach provides a more familiar way to deploy and manage OpenStack without needing to become OpenStack wizards themselves.
In this technical session we want to share what we have learned while building such a solution for our customer.
We will talk about:
- Architecture overview for Red Hat OpenStack Services on OpenShift (RHOSO)
- Provisioning baremetal machines with Kubernetes operators (Metal3)
- Bootstrapping OpenStack control planes and data planes
- Automating this setup with infrastructure as code (GitOps anyone?)
- The challenges of hardware networking (IP address pools, bonds, VLANs, oh my!)
- Day 2 operations: living with the monster you’ve built
- How to avoid shooting your own foot (Gotchas)
Who should attend: DevOps and Platform engineers, system administrators managing on-premises infrastructure, and brave souls who enjoy juggling complex distributed systems while maintaining their sanity.
Why attend: Whether you're planning a similar deployment, curious about advanced OpenShift/OpenStack architectures, or simply enjoy watching others navigate treacherous waters so you don't have to, you'll walk away with practical insights and hard-won wisdom that no documentation will ever tell you.
Intermediate - attendees should be familiar with the subject
Jack Henschel is a Consultant at Red Hat where he helps customers build cloud-native solutions with cutting-edge open-source tools and a lot of duct-tape.
His special areas of interest are systems performance, observability and efficiency. In his free time he likes exploring the French and Swiss Alps by foot and bike.