gromitor
real-time · docker + kubernetes

container monitoring without the overhead

gromitor is real-time, cross-platform container resource monitoring as a lightweight saas. drop one agent on docker or kubernetes and watch live cpu, memory, network, and disk per container — no heapster, prometheus, or grafana to deploy and babysit.

1-line
agent install
<2%
host cpu overhead
5s
live metric refresh
2 engines
docker + kubernetes
gromitor.ogbuilds.ai/dashboard
dashboard
live · across docker + kubernetes
live · 5s
containers
8
avg cpu
44%
agents
2
engines
2
storefront-web
docker
cpu88%
mem71%
events-ingest
k8s
cpu56%
mem49%
orders-api
docker
cpu34%
mem52%
postgres-primary
docker
cpu22%
mem64%
the problem

open-source monitoring is a project, not a feature

as one engineer put it on hacker news: “there are open source tools like heapster which have to be manually deployed.” that's the whole pain. before you can see a single number you're standing up a metrics pipeline, running storage, wiring dashboards, and keeping it all patched — across every host and cluster.

  • deploy + operate the collector on every host yourself
  • run and scale a time-series database
  • build dashboards and alerting from scratch
  • patch and upgrade the whole stack, forever
the gromitor way

one agent. everything else is hosted.

gromitor is the hosted layer so you don't run the tools. install one lightweight, read-only agent and we run ingestion, storage, the real-time dashboard, and alerting. your containers show up in seconds — docker and kubernetes, side by side, in one pane.

01
drop the agent

copy one curl line for docker or one kubectl apply for kubernetes. the gromitor agent comes up read-only, registers itself, and starts streaming — no dashboards to deploy, no storage to run.

02
watch it flow in

within seconds your containers populate the dashboard with live cpu, memory, network i/o, and disk i/o. recent history fills in as sparklines so you see the shape, not just a number that resets.

03
set a threshold, get told

create a simple rule — cpu over 80% for 5 minutes — and gromitor watches it for you. when it breaches you get an in-app and email alert, and again when it resolves.

what you get

everything you need to watch your containers, nothing you have to run

real-time monitoring

live metrics, not yesterday's

every container reports cpu %, memory, network i/o, and disk i/o on a tight loop. the dashboard streams it in with sparklines for the last 15–30 minutes, so you read the trend at a glance.

click any container for a granular detail view — the recent shape of each metric, the image it's running, and where it lives.

gromitor.ogbuilds.ai/dashboard
dashboard
live · across docker + kubernetes
live · 5s
containers
8
avg cpu
44%
agents
2
engines
2
storefront-web
docker
cpu88%
mem71%
events-ingest
k8s
cpu56%
mem49%
orders-api
docker
cpu34%
mem52%
postgres-primary
docker
cpu22%
mem64%
cross-platform

docker and kubernetes, one pane

the same lightweight agent speaks both engines. monitor a single docker host and a multi-node kubernetes cluster side by side, in one list, with one mental model.

no heapster to stand up, no prometheus to operate, no grafana to wire — gromitor is the hosted layer so you don't run the tools.

docker host
storefront-web88%
orders-api34%
redis-cache12%
kubernetes
events-ingest56%
billing-worker47%
edge-proxy18%
intuitive alerts

thresholds that find you

set plain rules — a metric, an operator, a value, a duration — per container or across an agent. gromitor evaluates them continuously against the live stream.

breaches arrive in-app and by email, with a matching resolved notice when things calm down, so a busy hour doesn't bury the one alert that mattered.

gromitor.ogbuilds.ai/alerts
new alert
name
storefront cpu hot
scope
storefront-web
metric
cpu %
condition
is above
value
80
for (min)
5
alert when storefront-web cpu % is above 80% for 5m.
create alert
built for the people on call

for devops, sres, and developers who'd rather ship than babysit

gromitor reads cpu, memory, and i/o straight from each engine's own stats api — read-only, batched over https, under ~2% host cpu. it never reads what's inside your containers, only their resource counters. recent history lives for ~24–48h, which is exactly what live monitoring and short-window alerts need.

read-only agent<2% host cpudocker + kubernetesin-app + email alerts
gromitor
storefront-web88%
events-ingest56%
orders-api34%
faq

questions, answered

still unsure? email us — a human replies.

how is gromitor different from deploying heapster, prometheus, or cadvisor myself?
those are open-source tools you have to deploy, operate, store, and upgrade yourself — that's the whole pain. gromitor is a hosted saas: you install one lightweight agent and we run the ingestion, storage, dashboard, and alerting. there's nothing to stand up and nothing to babysit.
what does the agent actually collect, and is it heavy?
per container it reads cpu %, memory usage, network i/o, and disk i/o from the engine's own stats api. it's read-only and batches metrics over https, so host overhead stays under ~2% cpu. it never reads the contents of your containers — only their resource counters.
which container engines are supported?
docker and kubernetes at launch — the two engines most teams actually run. the agent installs as a single container on a docker host or as a small daemonset on a kubernetes cluster. more engines are on the roadmap; these are the wedge.
how do i install the agent?
copy-paste. for docker it's a single docker run / curl line; for kubernetes it's one kubectl apply of a provided manifest. the agent self-registers with your account using a token, so connected agents appear on your /agents screen within seconds.
how long is metric history kept?
gromitor keeps recent raw metrics — on the order of 24–48 hours — which is what live monitoring and short-window alerts need. long-term retention, forecasting, and historical analytics are deliberately out of the v1 scope.
what does it cost?
gromitor is in early access as part of ogbuilds — built in public. it's free to get started while we learn alongside our first devops, sre, and developer users.

see your containers in real time, minutes from now

one agent, one pane, zero open-source tools to deploy. free to get started.