Red Hat OpenShiftKUBERNETES

Production Ops
for OpenShift.

Native connections to OpenShift clusters, Operators, and workloads. Resolve Kubernetes incidents autonomously, 24/7.

Pods
Operators
Routes
Deployments
Services
ConfigMaps
PVCs
Builds
Pipelines

Why NeuBird AI for OpenShift

Purpose-built for OpenShift environments

85%

MTTR Reduction

Average reduction in mean time to resolution for OpenShift-related incidents.

24/7

Autonomous Monitoring

Continuous observation of your OpenShift clusters with zero human intervention.

10 min

Setup Time

Connect your OpenShift cluster and start monitoring within minutes.

100%

Kubernetes Native

Built for Kubernetes: deep understanding of OpenShift primitives and Operators.

OpenShift Connections

Native OpenShift integrations

Production Ops Agent connects directly to your OpenShift clusters, leveraging the Kubernetes API for deep observability without additional agents.

Native

OpenShift Cluster Monitoring

Read metrics, logs, and alerts from the built-in Prometheus and Alertmanager stack. Analyze patterns across your entire OpenShift estate.

MetricsAlertsLogsEvents
Native

Operators & OLM

Monitor Operator health, lifecycle events, and custom resources. Detect operator failures and misconfigurations automatically.

OperatorsCRDsSubscriptionsHealth
Native

Pods & Workloads

Deep visibility into pod health, resource utilization, and scheduling. Automatic detection of crashloops, OOMKills, and evictions.

PodsDeploymentsStatefulSetsDaemonSets
Native

Routes & Networking

Monitor ingress traffic, route configurations, and service mesh health. Detect certificate expiration and connectivity issues.

RoutesServicesIngressNetworkPolicy
Native

Builds & Pipelines

Track build configurations, pipeline runs, and CI/CD health. Correlate deployment failures with build issues.

BuildConfigsPipelinesTasksTriggers
Native

Storage & PVCs

Monitor persistent volume claims, storage classes, and capacity. Detect storage pressure and provisioning failures.

PVCsStorageClassCapacityCSI

Use Cases

OpenShift incidents resolved in minutes

See how Production Ops Agent transforms incident resolution times for common OpenShift scenarios.

Pod CrashLoops

Automatically detect crashlooping pods, analyze logs for root cause, and correlate with recent deployments or config changes.

Before

40 min

After

3 min

Operator Failures

Identify failed operator reconciliations, custom resource misconfigurations, and dependency issues across the operator ecosystem.

Before

60 min

After

5 min

Route Misconfigurations

Detect certificate issues, TLS termination problems, and service endpoint failures affecting application ingress.

Before

35 min

After

4 min

Resource Pressure

Monitor node and pod resource utilization, detect OOMKills and CPU throttling, and recommend right-sizing adjustments.

Before

50 min

After

3 min

FAQ

Common questions

How does NeuBird AI integrate with Red Hat OpenShift?

NeuBird AI connects to OpenShift clusters via a read-only service account with cluster-reader permissions. No agents to install. NeuBird AI reads from the OpenShift API and aggregates signals from Routes, Operators, Deployments, Pods, and cluster events.

Which OpenShift resources does NeuBird AI monitor?

NeuBird AI monitors Operators, Routes, Deployments, ReplicaSets, Pods, PersistentVolumeClaims, Nodes, cluster health events, and any Prometheus metrics exposed by your workloads, correlating them into a single investigation view when an incident fires.

Does NeuBird AI work with OpenShift on any cloud provider?

Yes. NeuBird AI supports OpenShift on AWS (ROSA), Azure (ARO), Google Cloud (OSD), and self-managed on-premises deployments. The integration is cloud-agnostic: NeuBird AI reads from the OpenShift API regardless of where the cluster runs.

Can NeuBird AI investigate incidents across multiple OpenShift clusters?

Yes. NeuBird AI supports multi-cluster environments, correlating signals across clusters and namespaces in a single investigation. This is particularly valuable for platform teams managing hub-and-spoke or regional OpenShift architectures.

How does NeuBird AI handle OpenShift Operator failures?

NeuBird AI detects Operator degradation, reconciliation failures, and CRD-level errors early, often before they impact workloads. It correlates Operator state with pod crashes, configuration changes, and upstream dependencies to deliver actionable root cause analysis.

Ready to transform your
OpenShift operations?

Connect your OpenShift cluster in minutes. Production Ops Agent will start learning your environment and detecting incidents immediately.

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