GPU VulnDB

Database/AI/ML frameworks & serving

OpenShift AI dashboard: incorrect network binding lets an in-cluster actor impersonate any user with an arbitrary token

CVE-2026-16745AI/ML frameworks & servingcurated

Impact

Because of an incorrect network binding in odh-dashboard, an actor already inside the cluster can bypass the dashboard's authentication and impersonate any user by supplying an arbitrary access token. The dashboard talks to the Kubernetes API on the user's behalf, so impersonating a privileged user yields that user's API access - Red Hat describes arbitrary code execution, privilege escalation and information disclosure as possible outcomes. On an OpenShift AI cluster this is the front door to the GPU estate: notebook workbenches, model-serving runtimes, data connections and the accelerator profiles that decide who gets which GPUs. Any pod a tenant can run is a viable launch point, so the blast radius covers other tenants' notebooks and models.

Who can reach it

A malicious actor with network reach inside the cluster - any workload or pod that can connect to the odh-dashboard service. Authentication to the dashboard is not needed; the attacker supplies a token of their choosing.

What to do

Apply the Red Hat errata for your OpenShift AI stream (RHSA-2026:53261/53262/53263 for 2.25/3.3/3.4, RHSA-2026:60520) and let the operator roll the dashboard deployment - a pod restart of the console component, not a node drain, so GPU workloads keep running. Until patched, restrict network policy so only the ingress/route path can reach the odh-dashboard service rather than arbitrary in-cluster pods.

References

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This entry is curated: imported from vendor advisories with machine assistance, not yet individually verified. Confirm against your vendor's advisory before acting, and report anything wrong.