Job dispatch and assignment software that suggests the right driver
Smart Strix scores every available driver against every open job — proximity, experience, backhaul potential, vehicle capacity — so assignment stops being guesswork.
What is job assignment software, and how is it different from a job board?
Job assignment software answers the question a job board leaves open: which driver should take this work? A board shows you the jobs; an assignment engine ranks your drivers for each one. In Smart Strix the two work together — you still dispatch visually, but behind each decision sits a scored recommendation instead of a hunch about who is nearest.
This matters most at the 2–50 vehicle scale, where the dispatcher usually has no planning department. The optimizer does the comparison arithmetic a transport planner would do; you keep the final say.
How does the assignment optimizer score drivers?
Each candidate driver is scored on weighted factors, and the weights are yours to configure — a removals firm might weight experience heavily, while a same-day courier pushes proximity up.
| Factor | What it measures | Configurable? |
|---|---|---|
| Proximity | How close the driver is to the collection point | Weighted |
| Experience | The driver's track record with this kind of work | Weighted |
| Backhaul | Whether the job pairs well with existing runs to cut empty miles | Weighted |
| Capacity fit | Whether the vehicle's pallets/kg/m³ ratings suit the load | Checked per vehicle |
| Service areas & no-go zones | Geographic rules a driver or vehicle must respect | Defined by you |
Driver skills and capability tags feed in too — mark who has a tail lift or an ADR certificate and jobs needing them go to the right people. Note this is assignment optimization: matching jobs to drivers and vehicles. It is not multi-drop route optimization software.
What are driver-day runs with ordered stops?
A driver-day is one driver's whole shift assembled as a run: every assigned job laid out as ordered stops, in sequence. Instead of firing individual jobs at a driver through the day, you build their day, and the driver app presents the stops in order. Each driver-day shows a utilization figure, so you can see at a glance whose day is packed and who has room for one more collection — useful when a late booking arrives and you need somewhere to put it.
Why do no-go zones and capacity fit matter for small fleets?
Because the wrong assignment is expensive twice: once when the 3.5-tonne van turns up for a load that needed a tail lift, and again when a customer waits while you re-dispatch. Capacity checking against each vehicle's registered pallets, kilograms and cubic metres stops the first mistake before it leaves the yard. No-go zones stop the second kind — a driver who cannot enter a low-emission zone in that vehicle, or a patch you have decided is not worth serving, simply is not suggested for work there.
How does backhaul scoring reduce empty running?
The backhaul weight favours pairings where a new job sends a driver back towards home, or towards their next stop, rather than stranding them further out. Combine that with the job marketplace — where you can browse and quote on consumer jobs by radius — and the return leg becomes something you actively fill rather than write off. Auto-bid rules can even quote for you within margin and price limits you define.
What does the dispatcher still control?
Everything. The optimizer suggests; a person assigns. Scores are there to be overridden when you know something the data does not — a driver who wants an early finish, a customer who asks for a familiar face. Once assigned, jobs move through the same lifecycle described on the courier dispatch page: status updates, photos, then proof of delivery with a customer signature. Live positions come from app-based GPS on the Advanced plan — see driver tracking.