Kubernetes monitoring that shows the whole cluster
A lightweight collector inventories your nodes, pods, deployments, services, and ingresses, tracks workload health, and streams it all — with security findings and logs — to one real-time dashboard.
kubectl is not a monitoring strategy
When a deployment starts crash-looping or a node runs hot, most teams end up firing kubectl commands across terminals, piecing the story together from pod listings, events, and logs. The usual fix — a self-managed stack of exporters, a metrics database, and dashboard tooling — is its own infrastructure project, and it still lives apart from the application errors and logs you are already chasing.
AllStak is a Kubernetes monitoring tool built for teams who want answers, not another stack to operate. Deploy one lightweight collector and it inventories 15 resource types across your cluster — nodes, pods, deployments, services, ingresses, and more — tracks pod metrics and workload health, maps the cluster topology, surfaces Kubernetes security findings, and tails Kubernetes logs. All of it lands on the same platform as your errors, traces, and uptime checks, in dashboards available in both English and Arabic.
Everything AllStak watches in your cluster
One collector per cluster, and AllStak begins tracking the signals that explain why a workload is unhealthy — from raw inventory to topology, security, and logs.
Full cluster inventory
AllStak inventories 15 Kubernetes resource types — nodes, pods, deployments, services, ingresses, and more — so you always know exactly what is running in the cluster and how it is configured.
Pod metrics & workload health
Track per-pod resource usage and rolled-up workload health, so a crash-looping deployment or a pod starved of resources is obvious before users feel it.
Cluster resource graph
See your cluster as a topology — how ingresses route to services, services to deployments, and deployments to pods on nodes — instead of reconstructing it from kubectl output.
Kubernetes security findings
Surface Kubernetes security findings from your cluster alongside its health, so risky configurations show up in the same place you already watch your workloads.
Kubernetes logs
Collect Kubernetes logs into the same platform as your cluster inventory and metrics, so you can go from an unhealthy workload to its log lines without switching tools.
Real-time, bilingual dashboards
Dashboards update live over WebSocket as the cluster changes, and the entire experience is available in English and Arabic for teams across Saudi Arabia and the GCC.
From collector to cluster visibility in minutes
- 1Deploy the lightweight collector
Run the AllStak collector in your cluster and point it at your project with an API key. It is lightweight by design — no heavy metrics stack to host or upgrade.
- 2Watch the inventory fill in
Within minutes, AllStak maps your nodes, pods, deployments, services, ingresses, and the rest of the 15 resource types it tracks, and draws the cluster resource graph.
- 3Monitor workload health live
Follow pod metrics and workload health on the real-time dashboard, and drill from an unhealthy deployment into its pods and Kubernetes logs in the same view.
- 4Review security findings
Check the Kubernetes security findings AllStak surfaces for the cluster, and act on them in the same platform that already holds your errors, logs, and alerts.
Why teams monitor Kubernetes on AllStak
- One platform for Kubernetes, hosts, errors, logs, traces, uptime, and security — not a self-managed metrics stack plus three other vendors.
- A single lightweight collector per cluster — nothing heavy to host, scale, or upgrade just to see your own infrastructure.
- The cluster resource graph turns scattered kubectl output into a topology you can actually reason about during an incident.
- Kubernetes security findings and logs live next to workload health, so risk and reliability are reviewed in one place.
- Predictable SAR pricing, a free tier, and data residency in Saudi Arabia for Saudi and GCC teams.
- Dashboards in English and Arabic, updating in real time as the cluster changes.
Kubernetes monitoring FAQ
What does AllStak monitor in a Kubernetes cluster?
AllStak inventories 15 Kubernetes resource types — including nodes, pods, deployments, services, and ingresses — and tracks pod metrics and workload health on top of that inventory. It also draws the cluster resource graph, surfaces Kubernetes security findings, and collects Kubernetes logs, all on one real-time dashboard.
How hard is it to set up Kubernetes monitoring with AllStak?
You deploy one lightweight collector into the cluster and point it at your project with an API key. There is no metrics database to operate, no exporters to wire per workload, and no dashboard tooling to maintain — the inventory, metrics, graph, security findings, and logs appear in AllStak within minutes.
How does AllStak compare to Datadog for Kubernetes monitoring cost?
Datadog typically prices Kubernetes monitoring per host and per product, so clusters plus logs plus APM add up across separate line items. AllStak is all-in-one with predictable SAR pricing: Kubernetes monitoring, host monitoring, errors, logs, traces, uptime, and security sit on one platform and one bill, and you can start free.
Is there a free tier for Kubernetes monitoring?
Yes. You can start free, connect a cluster, and see the inventory, workload health, security findings, and logs at no cost, then move to predictable SAR pricing as you scale. The same account covers your errors, logs, traces, and uptime checks.
Where is my Kubernetes monitoring data stored?
AllStak offers data residency in Saudi Arabia, so your cluster inventory, metrics, security findings, and logs stay in-Kingdom. That matters for Saudi and GCC teams whose policies require observability data to remain in the region.
Start monitoring your Kubernetes cluster today
Deploy the lightweight collector, see your nodes, pods, and workloads in real time, and keep your cluster, errors, logs, and security findings on one platform. Start free.