AI Route Optimization

Automatically assign deliveries to the fastest driver, reduce delivery times, and process more orders without adding drivers or overhead.

Auto-Assigned

  • Fastest driver
  • 3 Drivers
  • Zone active
  • 11 Stops
  • Optimized
  • Fastest Route
  • Selected
  • Zone Match
  • Driver eligible
  • New Order
  • Route inserted
  • Route Optimizer
  • Live

Zone A

  • Driver 14 stops
  • Driver 24 stops
  • Driver 33 stops
  • ETA 42m

What Does Route Optimization Do?

WebJoint removes manual dispatch decisions. Every order is evaluated and assigned automatically based on which driver can complete the delivery the fastest. No dispatcher intervention required.

  • Orders are automatically assigned in real time
  • The system evaluates active drivers and routes
  • Each order goes to the driver who can reach the drop-off fastest
  • Teams move more orders with the same number of drivers

How Does Zone-Based Routing Work?

Multiple drivers can be assigned to the same delivery zone. When a new order comes in, the system evaluates all eligible drivers in that zone and assigns the order to the fastest available driver. This eliminates manual dispatching and reduces wasted miles.

  1. New order enters the system
    A customer places a delivery order within a covered zone.

  2. System evaluates active drivers
    All on-duty drivers assigned to that zone are evaluated based on proximity and current route.

  3. Order assigned to fastest driver
    The driver who can reach the customer fastest receives the assignment automatically.

How Are New Orders Added to Active Routes?

When a new order comes in while a driver is already on a route, the system evaluates the driver's current path and active deliveries. If the new order falls along that path, it is intelligently inserted into the route. This minimizes detours and keeps routes tight. Drivers complete more deliveries per shift without backtracking or unnecessary mileage.

Can You Process More Orders Without Adding Drivers?

Yes. By assigning orders to the closest available driver and inserting new stops into active routes, WebJoint increases the number of deliveries each driver can complete per shift. This directly reduces idle time, fuel costs, and the need to hire additional drivers. Peak hours run smoother because the system distributes orders evenly across all active drivers.

Built for Real Delivery Operations

Route optimization works within the operational constraints your team already uses. It does not require changing how you set up zones, vehicles, or driver assignments.

  • Respects delivery zones: Drivers only receive orders for zones they are assigned to.
  • Works with vehicle and driver assignments: Route optimization respects the shift and zone structure set up in Vehicle Management.
  • Adapts as drivers go on or off duty: The system rebalances order assignments automatically when driver availability changes.
  • Updates as new orders enter the system: Every incoming order is evaluated against the current state of all active routes.

What Is the Bottom-Line Impact?

Route optimization helps operators reduce dispatch overhead, increase delivery capacity without adding vehicles or payroll, and improve the customer delivery experience.

  • Reduced Dispatch Overhead
    Automated assignments replace manual decisions
  • Increased Delivery Capacity
    Same drivers, more completed orders
  • Improved Customer Experience
    Faster deliveries, fewer delays

Route Optimization Questions

What is AI Route Optimization in WebJoint?

AI Route Optimization is WebJoint's automated order assignment system for cannabis delivery. Instead of manually dispatching orders to drivers, the system evaluates all active drivers and assigns each order to the driver who can reach the drop-off location the fastest. This removes manual dispatch decisions and improves delivery speed.

How does the system decide which driver gets an order?

When a new order enters the system, WebJoint evaluates all active drivers in the relevant delivery zone. The order is assigned to the driver who can reach the customer the fastest based on current location and active route. If multiple drivers cover the same zone, the system picks the best match automatically.

What happens when multiple drivers are in the same zone?

Can the system add orders to a driver's active route?

Yes. If a new order falls along a driver's current path, the system intelligently inserts it into the active route. This minimizes detours, keeps routes tight, and allows drivers to complete more deliveries per shift without backtracking.

Does AI Route Optimization reduce delivery costs?

Yes. By assigning orders to the closest available driver and fitting new orders into existing routes, the system reduces idle time, fuel costs, and wasted miles. Teams can process more orders with the same number of drivers, which directly lowers per-delivery costs.

Does it work with WebJoint's delivery zones?

Yes. Route optimization respects delivery zone boundaries. Drivers only receive orders for zones they are assigned to. Zone assignments are managed through Vehicle Management and can be changed mid-shift as needed.

How does it handle peak hours and high order volume?

During peak hours, the system continuously evaluates incoming orders and distributes them across all active drivers. Smart order insertion keeps routes efficient even as volume increases. This reduces late deliveries and smooths out workload distribution.

Do dispatchers still need to manually assign orders?

No. Orders are automatically assigned in real time. Dispatchers can still override assignments or reassign orders when needed, but the default flow is fully automated. This frees up dispatch staff to focus on exceptions rather than routine assignments.