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Nexaform Technology Solutions
Rail and transit

Rail asset management: fix it in the possession, not in the peak.

For metro and rail operators, a single failed point machine or a door that will not close can hold up dozens of trains. Our rail asset management products and services help maintenance teams anticipate failures and plan the repair into the next possession window (planned engineering access).

The challenges

What gets in the way in rail and transit

01

Peak-hour failures

Alarm limits set too late detect failures only after trains have been held.

02

Repeat faults

Components are repaired one at a time while the root cause sits in the rail car or the wider asset.

03

Tight possession windows

Work, crews, permits and parts all have to fit into a few night hours.

04

Failure data gaps

Free-text close-outs hide the patterns that matter.

Example

Example: stop the point machine failure before the morning peak

Point machine PM-23’s throw time drifts from 3.80 s towards the 4.6–4.9 s band where similar machines failed, long before the 5.0 s alarm. The agents draft the work order for tonight’s possession and reserve the parts. A planner approves at 07:05.

Illustrative example, synthetic data.

See both rail use cases
FAQ

Questions about rail asset management and predictive maintenance

Do we need new sensors to start?

No. Agents start with the work history, meters and failure codes already in your EAM. In our train-door example, the pattern came entirely from existing depot history.

Does it work with IBM Maximo?

Yes. Asset Agents work inside Maximo 7.6 and MAS through Maximo’s own APIs and permissions, and Maximo services cover migration and integration.

Start with one real problem.

Tell us about the asset estate or system you are working on. A senior engineer will reply, not a sales team.