Porterchain OS
Routing & Dispatch
Optimize routes. Assign execution.
Routing and dispatch at Porterchain are system-driven, not manual. Every delivery is planned using real-world constraints so execution remains predictable at scale.
We design routes first — then assign execution.
How routing works
Each day, the system evaluates:
- Pickup locations
- Parcel size and weight mix
- Delivery density and distance
- Vehicle capacity and shift limits
- Service standards and safety constraints
Routes are built to balance completion reliability, not artificial speed targets.
Dispatch logic
Once routes are finalized:
- Drivers are assigned based on route feasibility
- Each driver receives only the deliveries required for their route
- Execution instructions are locked before dispatch
Manual intervention is used only when assumptions break.
Why this matters
Routing discipline allows us to:
- Maintain consistent pricing
- Prevent overloaded vehicles
- Reduce failed deliveries
- Scale from tens to hundreds of parcels without chaos
This is how local delivery becomes infrastructure.
What we don't do
- No ad-hoc route changes
- No manual driver selection by merchants
- No mid-route repricing
- No exceptions without logged reason codes
Predictability requires rules.
Built for scale
Our routing and dispatch system supports:
- High-density urban deliveries
- Mixed parcel sizes
- Daily volume variability
- Enterprise lane design at higher volumes
The same logic applies whether you ship 30 parcels or 300.
The Porterchain principle
We trust the route, not improvisation.