Customer
A commercial-vehicle OEM seeking to improve fleet uptime and strengthen connected diagnostic capabilities for its customers.
Technology
Onboard Telematics, Predictive Maintenance, Predictive Analytics, Connected Diagnostics, Automated Service Scheduling
Business Objective
The client sought to reduce unplanned vehicle downtime by identifying developing faults earlier and improving service intervention planning.
Key objectives included:
- Detect potential vehicle faults before breakdowns occur.
- Improve fleet uptime for customers.
- Reduce emergency roadside service requirements.
- Use connected vehicle data for predictive maintenance.
- Improve service capacity planning.
- Automate service scheduling based on predictive alerts.
Scope of services
BXI Technology connected onboard telematics with a predictive-maintenance model to identify developing faults and trigger proactive service interventions.
The engagement included:
- Integration of onboard telematics data.
- Predictive analysis of vehicle health and developing faults.
- Early fault detection and alert generation.
- Predictive maintenance modelling.
- Integration of predictive alerts with service scheduling.
- Automated routing of vehicles into service planning workflows.
- Capacity planning based on anticipated maintenance requirements.
Benefits
- Higher fleet uptime for customers.
- Earlier identification of developing vehicle faults.
- Fewer emergency roadside service calls.
- Improved service scheduling.
- Better utilization of service capacity.
- More proactive maintenance operations.
- Improved customer experience through connected diagnostics.
Impact
BXI Technology helped the commercial-vehicle OEM transition from reactive breakdown response to proactive, predictive maintenance. By connecting onboard telematics with predictive diagnostics and service scheduling, the solution enabled earlier intervention, higher fleet uptime, fewer emergency roadside calls, and improved service-capacity planning.
