02Solution
Solution headline
SOLUTION PILLARS
Problem 01
No way to summon a ride on demand

Getting a car means standing on the street hoping to hail one, or calling a dispatcher and waiting with no visibility. Riders have no reliable way to request a ride from exactly where they are, so getting picked up comes down to luck, location, and time of day. The result is long, uncertain waits and trips that simply don't happen.

Solution 01
Problem 02
Opaque pricing and awkward payment

Riders don't know the fare until the meter stops, can't compare options in advance, and then fumble with cash or a card reader at the end. The price uncertainty makes every trip a small gamble and the payment handoff a point of friction, delay, and disputes. This unpredictability is a core reason rides feel expensive and stressful.

Solution 02
Problem 03
No transparency on ETA and trip progress

Once a ride is requested or a taxi is called, the rider has no idea when the car will actually arrive or where it is. Without a live ETA or a map, people wait blindly, miss appointments, and can't plan around the trip. The lack of information turns a simple ride into an unpredictable event.

Solution 03
Problem 04
No accountability or trust on either side

Riders can't see who is picking them up and drivers can't see who they're collecting — no identity, no ratings, no shared record of past behavior. This baseline of anonymity caps how safe and comfortable anyone feels getting into, or driving, a stranger's car, and gives bad actors no consequences. Distrust suppresses how many people are willing to use or supply rides.

Solution 04
Problem 05
Idle driver supply with no efficient dispatch

Plenty of people would drive for pay and plenty of cars sit unused, but there's no system matching that latent supply to live demand in real time. Dispatch is manual and unreliable, so the cars that do exist are often in the wrong place at the wrong time. The mismatch keeps supply scarce and wait times long even when capacity technically exists.

Solution 05
Solution model