Solutions
Different mandates, one operational problem
Every organization here matches limited vehicles to demand that keeps moving. What changes is the constraint — budget, coverage obligation, fleet size or reporting.
Transit Agencies
On-demand and flexible service planned against forecast demand, not last year's timetable.
The problem
Routes and headways are set well in advance, but ridership moves with the hour, the season and the neighbourhood. Quiet periods run near-empty while other zones go under-served.
The MobilitiQ approach
Hourly, zone-level forecasts show where demand is expected, and service can be planned and dispatched from the same platform that produced the forecast.
The outcome
Decisions are made against expected demand, and the effect on wait times and coverage stays visible while service runs.
Cities & Municipalities
See where mobility gaps actually are, and show the case for closing them.
The problem
Under-served areas are known anecdotally but hard to evidence. Without a measure of vehicles against demand, it is difficult to prioritise between neighbourhoods.
The MobilitiQ approach
Coverage compares the vehicles in each zone against the demand predicted for it. Fleet sizes and service areas can be modelled before anything is committed.
The outcome
Gaps become explicit and comparable across the network, so decisions can be justified and revisited.
Microtransit & Shuttle Operators
Keep a small fleet productive across a whole service area.
The problem
With a handful of vehicles there is no slack. One poorly matched trip pulls a vehicle across the service area, and manual dispatch cannot re-plan fast enough to recover.
The MobilitiQ approach
Requests are matched automatically, compatible riders are pooled, and routes recalculate as new demand arrives. Idle vehicles relocate toward zones the forecast expects to be busy.
The outcome
Vehicles spend more of the window carrying riders and less of it driving empty or waiting in the wrong place.
Fleet Operators
One operational view for dispatch, relocation and charging.
The problem
Vehicle status, assignment and charging typically live in separate systems that disagree with one another. Reconciling them takes attention away from running the service.
The MobilitiQ approach
Assignments, vehicle status, relocation and charging run through one platform, with charge level and station availability shown alongside dispatch.
The outcome
Operators work from a single current picture of the fleet instead of stitching one together.
Start with your own service area.
Bring your routes, fleet size and rider volumes. We will show you what the platform does with them.