
OpenStack Support: In-House vs. Managed Services
Compare in-house OpenStack operations, expert support, and managed services. Learn who should handle upgrades, incidents, and ongoing cloud operations.
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Engineering notes from operating open infrastructure: the failures, design decisions, and upstream work that make open infrastructure better.
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Compare in-house OpenStack operations, expert support, and managed services. Learn who should handle upgrades, incidents, and ongoing cloud operations.
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Air gapped cloud on OpenStack: how Atmosphere's digest-pinned release manifests move a release across the boundary, and what the manifest leaves out.
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Learn when your team needs OpenStack consulting services and how expert support can help with deployments, migrations, upgrades, and operations.
Read field noteTrends, best practices, and technical deep dives on open source cloud infrastructure.

Evaluate whether your compute, storage, networking, security, recovery, and operations are ready to support cloud infrastructure growth.

Learn how OpenStack uses Placement traits, resource classes, flavors, and PCI passthrough to schedule GPUs and other specialized hardware.
Learn what data sovereignty means, how it differs from data residency, and the infrastructure decisions that support secure private clouds.
Learn what cloud repatriation is, which workloads are good candidates, what to compare before moving, and how OpenStack supports a practical hybrid strategy.
Learn how ephemeral CI runners reduce cross-build contamination and security risk, where they add complexity, and when persistent runners still make sense.
Choosing an OpenStack provider? Use this practical buyer's checklist to evaluate expertise, support, architecture, security, and long-term value before making your decision.
Think OpenStack is too complex, dead, or insecure? We debunk the 7 most persistent OpenStack myths with real data, current releases, and practical insights from the field.
Watch our CNCF on-demand webinar on building a fully open-source private cloud using Kubernetes, OpenStack, Ceph, and Prometheus. Live demo included.
96% of organizations use open source. But the reason has changed. It's no longer about cost. It's about control, sovereignty, and vendor independence.
How nestedvirt uses KVM nested_run counters to help OpenStack and KVM operators decide whether disabling nested virtualization is operationally safe.