DMA's breadth is a strength only when the architecture remains tied to real operating questions.
TGMS / TCMS routes measure track geometry and complex turnout/crossing condition.
RPMS / RCMS address rail profile, wear and corrugation measurement.
CPMS, WGMS, WWMS and PwRMS cover structural clearance, catenary geometry/wear and third-rail measurement.
Visual inspection, wheel profile, axle-box acceleration, hunting measurement, TracksNet® and Contact™ connect images, vehicle behavior and data history.
Repeated route geometry tied to position.
Surface wear and rail condition.
Focused geometry for switches and crossings.
Infrastructure envelope against the track reference.
Power-collection geometry and wear.
Synchronize imagery with measured location.
Wheel profile and vehicle-dynamics measurements.
TracksNet® organizes trends, defects and maintenance history.
This is an architecture selector, not a model picker. Select one domain or combine several.
Start here when the maintenance decisions concern geometry, track position or turnout condition.
A pile of sensor files does not create a maintenance system. DMA's differentiation is the ability to synchronize multiple diagnostic domains and carry the information into software that supports repeated comparison and prioritization.
| Need | DMA capability | Why it matters |
|---|---|---|
| One condition domain | Dedicated measurement subsystem | Avoid unnecessary system complexity |
| Several domains | Integrated diagnostic platform | One synchronized run / shared position context |
| Repeated network measurement | Trainborne / wayside architecture | Build trend history instead of snapshots |
| Maintenance planning | TracksNet® | Connect defects, history and action workflow |
DMA is a current CBP principal for integrated diagnostics. CBP's separate KZV, IVM and other measurement deployments demonstrate CBP domain experience, but are not presented here as DMA installations unless a DMA-specific deployment is documented.