English 
Français 
Español 
Deutsch 
Português 
Italiano 
العربية Data centers
Data center monitoring down to the rack
Server rooms, edge closets, colocation cages — Kilo watches rack intake temperatures, humidity, and the raised floor with battery-powered sensors that run for years, on a radio network independent of the room they protect.
Data centers
What data center monitoring teams deal with
01
Hot spots the CRAC never sees
The cooling unit reports its own return temperature and calls it a day. Between its probes, a dense rack quietly climbs several degrees — and the first visible symptom is hardware throttling.
02
Leaks discovered by smell
Condensate lines and coolant loops run under the raised floor, out of sight. Too often the discovery method is a musty smell during a maintenance visit — weeks after the first drip.
03
Edge rooms nobody visits
The two-rack room at the branch office runs for weeks without a human walking in. DCIM suites are scoped and priced for hyperscale halls; nobody budgets one for a closet — so the closet goes unwatched.
Data centers
Use cases in the data center
Rack-level environment monitoring
Place sensors at rack intake and exhaust to catch hot spots forming between the CRAC’s own probes. Dashboards and the 3D twin show every aisle live, with full history.
Learn more →
Unstaffed rooms, watched remotely
Edge and branch server rooms report in around the clock. If temperature or humidity drifts out of range, the escalation chain reaches on-call phones by push and SMS.
Learn more →
Leak detection under raised floors
Leak ropes trace condensate lines, coolant loops, and floor voids. The first drip raises an alarm — not the smell weeks later.
Learn more →
Airflow and air quality
Humidity, CO₂, and particulate readings expose blocked airflow and out-of-range humidity early — and the rules engine’s Execute Command action can command connected devices when a threshold is crossed.
Learn more →
Data centers
The platform features data centers lean on
Data centers
Data center monitoring FAQ
Why battery LoRaWAN sensors instead of more wired DCIM points?
Wired points need switch ports, cable runs, and change windows. Battery-powered LoRaWAN and mioty sensors are independent of the racks they watch — no ports, no cabling — and a room can be instrumented in an afternoon. One gateway typically covers the whole facility, MQTT devices connect directly, and hardware ships from the Kilo Electronics store, pre-configured on request.
Does monitoring survive a network or power incident in the room?
Sensors run on their own batteries and radio to a gateway on their own wireless path, independent of the room’s IT network, so readings keep flowing through the incident. Alarms escalate to on-call phones via email, SMS, and push through the Critical Alerts app.
How granular can monitoring get?
As granular as you place sensors: intake and exhaust per rack, per row, or room level. Start with a few critical racks on the free plan — 5 devices, a real deployment, not a trial — and densify later; paid plans start from €25/month.
Data centers
Related industries
Put eyes on every rack
Start free with 5 devices — a real deployment, not a trial — or book a call and we’ll scope your rooms, from a single edge closet to the full facility. Paid plans from €25/month.