Automotive
Conveyors, robots, presses and machining centers. Paint shop fans and pumps.
AutomotiveYour controllers already report how every motor, drive and engine is running. GAIA reads that data and tells your maintenance team which part will fail, why, and when, in time to fix it at a planned stop.
Every machine on this floor already reports how it runs. Each in its own language. No one is listening.
GAIA connects read-only to what you already run and reads all of it. No new sensors. No changes to your controls.
Every machine is compared with its own history and with machines like it.
GAIA tells you what will fail and how long you have.
Every alert shows the signals behind it, so your team can trust it before they act on it.
The fix is scheduled for your next planned stop. The line keeps running.
Pump motor A
Health: Degrading
Deviation from baseline
Representative data
Zone 3 drive
Current +3%
Torque +1%
46°C
Representative data
Machining center 1
Spindle load 62%
Spindle speed 8,000 rpm
Representative data
Pump motor B
Current +1%
Discharge 4.1 bar
38°C
Representative data
Pump motor. Likely bearing wear.
About 3 days to failure.
Representative data
Evidence
Component: drive-end bearing
Confidence: high
Representative data
Pump motor A
Health: Degrading
About 3 days to failure
Work order
Pump motor A, drive-end bearing
Scheduled: next planned stop
Status: Draft
When a line stops without warning, people stand around it waiting for a part. The data that would have warned them was already on the controller.
$2.3M an hour
Idle line at a major automotive plant
Siemens, The True Cost of Downtime 2024
69%
of plants have an unplanned outage every month
ABB, Value of Reliability, 2023
1.9M
manufacturing jobs could go unfilled by 2033, taking repair knowledge with them
Deloitte and The Manufacturing Institute, 2024
One automotive line, one month. Illustrative.
Unplanned stops: 5
Orange: unplanned stop. Lime: warning. Gray: planned stop.
Outage length: Honeywell Intelligrated average. Alert values are illustrative.
Conveyors, robots, presses and machining centers. Paint shop fans and pumps.
AutomotiveDrive motors, gearboxes and sortation. They run thousands of hours a year under the same load.
ConveyancePumps, fans and compressors, and the drives that run them.
Heavy industryOn a conveyor line, one drive motor was running 40.6°C above its normal. The rest of the line peaked at 8.0°C.
At that temperature, motor insulation ages about 16 times faster than normal. GAIA projected that rate forward and flagged a failure within 24 hours. The mechanic swapped that motor the next morning.
Measured values from a GAIA deployment. Customer, site and machine not named. Aging rate: EASA; U.S. DOE Motor Systems Tip Sheet 3.
GAIA connects read-only to the systems a site already runs.
Runs in the cloud or entirely on site with no outside connection.
Your controls stay unchanged.
As defined in 22 CFR 120.62.
Aligned with ISO 55001, ISO 13372, ISO 13374.
Tell us what equipment you run and how it connects. We will tell you plainly whether GAIA can read it.