#1 · Primary category: Time Series Machine Learning

netdata

ai alerting cncf data-visualization database devops docker grafana influxdb kubernetes linux machine-learning mcp mongodb monitoring mysql netdata observability postgresql prometheus

The fastest path to AI-powered full stack observability, even for lean teams.

Project last updated:08/29/26

GitHub Stars

80.3K

Forks

6.6K

Contributors

690

License

GPL-3.0

Why we included this project

The machine-learning layer is where netdata earns its keep: it trains lightweight unsupervised k-means models on every metric it collects, and rolling ensembles flag anomalies within about a second of them appearing. That approach skips deep-learning sophistication for what operators actually need, near-zero false positives through model consensus and no labeled training data, since per-metric behavior adapts automatically as workloads change. Anomaly bits live directly in the time-series database, so any chart can be queried for anomaly rates without separate ML infrastructure, and the tool correlates anomalies across a node's metrics, ranking them by severity to point at the likely root cause. Lean teams that want real-time monitoring plus practical anomaly detection without standing up a separate ML stack can run all of it as one self-contained system.

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