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Zenoss Launches Advanced Monitoring Capabilities for Kubernetes

Zenoss released expanded monitoring capabilities for Kubernetes, the most widely deployed open-source orchestration platform used to manage container technology across cloud environments.

Initially released in 2014, the platform evolved from Google’s code used to manage its data centers and was later donated to the Cloud Native Computing Foundation.

Kubernetes, also known as K8s, has been supported by a community of professional programmers and coders from around the world. Along with containers more generally, Kubernetes has emerged as a primary technology for modern cloud-native workloads. Accordingly, almost 50% of organizations have adopted Kubernetes.

Zenoss monitoring for Kubernetes now provides:

- Overall cluster health monitoring

- Health monitoring for nodes, services and pods

- Dashboards for Kubernetes clusters, nodes, pods and containers

- Service impact and root-cause analysis

- Monitoring of StatefulSet component, enhancing management of stateful applications

- Enhanced filtering for pods and containers

- Enhanced templates for clusters, containers and nodes

- Enhanced dynamic modeling of pods and containers

- Enhanced visibility for controlling cloud expenses

Zenoss initially released monitoring and analytics capabilities for Kubernetes in 2018 and has continuously expanded those capabilities to become a leading monitoring platform for container-based environments. Zenoss provides full-stack monitoring and AIOps for public and private clouds, as well as for all on-prem IT infrastructure.

"Cloud-native environments create new challenges for monitoring highly distributed applications due to the unprecedented complexity and scale," said Ani Gujrathi, CTO for Zenoss. “The solution requires modernizing the approach to monitoring, and that’s exactly what we’ve done.”

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Zenoss Launches Advanced Monitoring Capabilities for Kubernetes

Zenoss released expanded monitoring capabilities for Kubernetes, the most widely deployed open-source orchestration platform used to manage container technology across cloud environments.

Initially released in 2014, the platform evolved from Google’s code used to manage its data centers and was later donated to the Cloud Native Computing Foundation.

Kubernetes, also known as K8s, has been supported by a community of professional programmers and coders from around the world. Along with containers more generally, Kubernetes has emerged as a primary technology for modern cloud-native workloads. Accordingly, almost 50% of organizations have adopted Kubernetes.

Zenoss monitoring for Kubernetes now provides:

- Overall cluster health monitoring

- Health monitoring for nodes, services and pods

- Dashboards for Kubernetes clusters, nodes, pods and containers

- Service impact and root-cause analysis

- Monitoring of StatefulSet component, enhancing management of stateful applications

- Enhanced filtering for pods and containers

- Enhanced templates for clusters, containers and nodes

- Enhanced dynamic modeling of pods and containers

- Enhanced visibility for controlling cloud expenses

Zenoss initially released monitoring and analytics capabilities for Kubernetes in 2018 and has continuously expanded those capabilities to become a leading monitoring platform for container-based environments. Zenoss provides full-stack monitoring and AIOps for public and private clouds, as well as for all on-prem IT infrastructure.

"Cloud-native environments create new challenges for monitoring highly distributed applications due to the unprecedented complexity and scale," said Ani Gujrathi, CTO for Zenoss. “The solution requires modernizing the approach to monitoring, and that’s exactly what we’ve done.”

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AI is becoming the operating system of the enterprise. It acts as an invisible coordination layer that understands intent, connects systems, and executes work across complex SaaS environments. Previously, employees had to click through multiple systems — CRM, ERP, support tools, collaboration platforms — to complete a single task. Now, instead of navigating each application manually, they can simply state what they need to accomplish ...

In 2026, the cost of downtime or an outage is no longer just a technical inconvenience; it's a $600 billion wake up call for global businesses. As our digital ecosystems become  more interconnected, each touchpoint introduces new risks and multiplies the consequences when things go wrong. And the data is clear: aggregate downtime costs  for Global 2,000 companies have surged 50% since 2024, reaching a staggering $600 billion ...

Deloitte found that 74% of enterprises expect to deploy agentic AI solutions in the next 24 months. However, the rush to deployment is outpacing foundational work, though. Only 21% of enterprises have fully formed agent governance models in place. The result? AI agents deployed without guidance or governance begin to function as fragmented islands of complexity ...

Cloud spending is no longer viewed as a passthrough IT expense, but as a strategic financial lever that directly impacts innovation capacity, profitability and enterprise resilience, according to the CFO Cloud Cost Optimization Report from Azul ...

As AI moves from generating responses to performing actions, the need for trust increases exponentially. And as organizations enlist AI agents for increasingly sophisticated business processes, trust is going to be the single most important theme for spurring adoption. What can organizations do to build trustworthy AI agents? ...

I've spent a lot of time in the channel, and one thing I keep coming back to is this: a partner program is only as good as what it looks like in the field. Many programs look great on paper, but when a partner is in front of a customer navigating a complex hybrid environment or trying to make the case for AI-powered observability, the gap between what a vendor promises and what it actually delivers becomes very clear, very fast ...

Enterprises today operate in a real-time environment where uninterrupted access to trusted data has become a baseline expectation for users, applications and automated systems. Traditional DataOps models, built on manual effort and human triage, cannot keep pace with this always active demand. AI agents are emerging as the operational backbone, ensuring consistent data availability, reinforcing trustworthiness and enabling a level of scale that manual processes cannot achieve ...

For decades, trust in the digital workplace rested on familiar signals. We trusted faces on video calls, voices on the phone, and emails that appeared to come from people we knew. These cues felt human and intuitive. They anchored how decisions were made, approvals were granted, and access was authorized. AI-powered deepfakes have quietly broken that model ...

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