Delivery Route Planning Software
Delivery Route Planner
MJC²'s scheduling and routing algorithms are designed for very large delivery operations which are beyond the scope of standard vehicle routing software.
Our delivery route planning software addresses route optimization and allocation of deliveries to drivers and vehicles, taking into account constraints such as capacity, time windows, multi-temperature vehicles and driver hours rules.
The speed of the core algorithms means that operations can be planned on a dynamic basis, using the latest information available about customer orders and resource availability. Applications include parcel and home delivery operations.
Automated Vehicle & Driver Allocation
Allocation of deliveries to vehicles and drivers is automated, following rules and constraints such as:
- Vehicle capacity and compartment size
- Temperature constraints
- Driver shift and working hours rules
- Low emission zones
- Site/route access constraints
- Driver training/experience
The automated approach used in the route planner software enables fast response to last-minute changes such as unplanned absence or breakdowns.
Route Optimization
Similarly the automated route optimization algorithms find the best sequence of visits for each vehicle, considering factors such as:
- Time windows and sequencing constraints
- Turn restrictions and other road constraints
- Varying road conditions and congestion
- Routing costs per mile/km and per hour
- Toll roads and congestion charges
The delivery planner and route optimization algorithms are compatible with a wide range of map data sources and formats.
Real-time Monitoring & Scheduling
Integration with vehicle tracking systems and GPS provides real-time visibility of the operation, including warnings about delays and deviations from plan.
Delivery routes can be resequenced automatically to bring forward urgent deliveries or those that are in danger of being late. Similarly last-minute ad hoc collections and returns can be automatically included in the route and notified to the driver via in-cab or smartphone technology.