04
Construction & Mining
Prevent fatigue driving and prevent collision incidents.
Plan this deployment →Recommended architecture
4G AI & Active Safety, 2–4 cameras, ADAS + DMS + BSD, 4G cloud platform.
Deployed with an Indonesian mining fleet and a Malaysian construction-vehicle fleet.
- Deployment experience
- Fleets of several hundred units, customized hardware and software, integrates with the client's own platform.
- Operating result
- Driver fatigue alerts and pedestrian/vehicle collision alerts.
Camera and installation plan
Map the vehicle before selecting channels
Front + rear + at minimum both sides, plus a dedicated blind-spot camera per operating arm or dumping zone. Typical: 6–8 channels. Rugged IP67 cameras, shock-resistant connectors.
- Safety officer needs camera evidence at close-quarter work zones where pedestrians and heavy equipment share space.
- Insurance or regulatory audit requires operator-facing recording of blind-spot events.
- Harsh environments (dust, shock, extreme temperature) demand industrial-grade hardware spec confirmation.
Procurement path
- 01
Define warning events and pedestrian-alert zones before testing any AI model.
- 02
Confirm environmental ratings: vibration, temperature range, dust and IP class.
- 03
Pilot on one machine for 30+ days before committing to hardware specs.
- 04
Define false-alert review process and operator response protocol.
System building blocks
Products mapped to this operating scenario
Engineering review
Plan this deployment →