KlusterView VS Netdata

KlusterView, is a flexible and streamlined tool for visualizing Kubernetes metrics. 🚀With KlusterView, you can easily monitor your Kubernetes cluster, whether you're an individual developer or part of a small team. It simplifies the monitoring process, empowering you to focus on building and deploying software without worrying about infrastructure differences. Our open source product is designed to simplify monitoring in Kubernetes clusters. KlusterView v1.0 offers an embedded dashboard with resource usage metrics, pod and node health status, and trends over time. You also get a visual representation of cluster nodes and pods, making it easy to identify container-specific issues. Installation is a breeze with Helm Chart or manual installation methods. Plus, KlusterView integrates smoothly with existing monitoring tools, providing customization options to fit your needs. We have an exciting roadmap ahead! Currently, we're working on full support for Grafana Live features, in-window dashboard customization, and integration with Grafana's RBAC system. We're also planning pod-level error monitoring and integration with Grafana Alerts Management. Want to contribute? KlusterView is an open-source project, and we welcome contributions. Check out our GitHub repository and join the community.Say goodbye to complex Kubernetes monitoring. Try KlusterView today and gain valuable insights into your cluster without the hassle. Simplify your monitoring journey with KlusterView!

[KlusterView](https://www.klusterview.io), is a flexible and streamlined tool for visualizing Kubernetes metrics. With KlusterView, you can easily monitor your Kubernetes cluster, whether you're an individual developer or part of a small team. It simplifies the monitoring process, empowering you to focus on building and deploying software without worrying about infrastructure differences. Our open source product is designed to simplify monitoring in Kubernetes clusters. [KlusterView](https://github.com/oslabs-beta/KlusterView) v1.0 offers an embedded dashboard with resource usage metrics, pod and node health status, and trends over time. You also get a visual representation of cluster nodes and pods, making it easy to identify container-specific issues. Installation is a breeze with Helm Chart or manual installation methods. Plus, KlusterView integrates smoothly with existing monitoring tools, providing customization options to fit your needs. We have an exciting roadmap ahead! Currently, we're working on full support for Grafana Live features, in-window dashboard customization, and integration with Grafana's RBAC system. We're also planning pod-level error monitoring and integration with Grafana Alerts Management. Want to contribute? KlusterView is an open-source project, and we welcome contributions. Check out our GitHub repository and join the community.Say goodbye to complex Kubernetes monitoring. Try KlusterView today and gain valuable insights into your cluster without the hassle. Simplify your monitoring journey with KlusterView! TL;DR: KlusterView simplifies Kubernetes metrics visualization with a user-friendly interface. Monitor your cluster effortlessly and focus on software development. Containers and Kubernetes provide portability and orchestration, respectively. KlusterView v1.0 offers an embedded dashboard and visual representation of cluster nodes and pods. Join our open-source community and enjoy hassle-free monitoring! We invite you to explore our [LinkedIn profile](https://www.linkedin.com/company/klusterview/about/), [Github repository](https://github.com/oslabs-beta/KlusterView), and [website](https://www.klusterview.io) for more information about us! /#Kubernetes #Monitoring #DevOps #OpenSource

netdata.cloud — Netdata is an open-source tool to collect real-time metrics. It's a growing product and can also be found on GitHub!

Netdata is designed with efficiency, scalability, and flexibility in mind, aiming to address most of the challenges associated with both open-source tools and commercial SaaS offerings.

Monitoring = netdata on each RPi https://www.netdata.cloud/ binded to the vpn interface being scraped into a prometeus thaons https://thanos.io/ setup with grafana to give management the Green all is good screens (very important).

We run netdata to have a bit of insight into whats happening on the 10+ dedicated servers in Falkenstein. So far we have seen a 1hour_ecc_memory_correctable about once a month. Suddenly we get 1hour_ecc_memory_correctable like every day from different servers. Any ideas why that could be happening?

Documentation and source code of this plugin: https://github.com/netdata/netdata/tree/master/collectors/systemd-journal.plugin

Home Page and source code: https://github.com/netdata/netdata

I started the discussion, and offered a solution too:

https://github.com/netdata/netdata/discussions/16136

hey - I work on ML at Netdata (disclaimer).

We have a big PR open and under review at moment that brings in a lot more logs capabilities: https://github.com/netdata/netdata/pull/13291

We also have some specific logs collectors too - i think in here might be best place to look around at the moment, should take you to the logs part of the integrations section in our demo space (no login needed, sorry for the long horrible url, we adding this section to our docs soon but at moment only lives in the app)

https://app.netdata.cloud/spaces/netdata-demo/rooms/all-node...