Eureka Case 25 min Data & Technology

Thirteen Weeks to Prove It

You are Marivic Ocampo, the first Chief Analytics Officer of Daloy Mobility, a ride-hailing and parcel-delivery platform in Metro Manila. At four this afternoon the board will fund a single machine-learning initiative, and before then you must say which of three predictions your team will build.

The situation

Daloy coordinates about 46,000 driver-partners and completes roughly 1.9 million trips a week. It books PHP 24 billion a year, keeps a commission of about 18% and sits near break-even; its investors want profit, not growth. It holds one of the richest urban-mobility datasets in the country, and almost none of it enters a decision: dispatch runs on rules written by hand on a whiteboard.

In the last seven days, 14% of booked trips ended in a cancellation. Since January, a venture-funded rival has been quoting arrival times that riders find more reliable than Daloy's. The board will give you PHP 90 million and ninety days, about thirteen weeks, to move the operating metric you nominate by 2 points, which the finance committee values at about PHP 70 million a year. If nothing is running in production on day 90, analytics is contracted out and your team of four is dissolved.

Your readiness review leaves three candidates: forecast demand by zone and hour to position drivers before it arrives; predict the arrival time of each trip, the figure quoted to the rider at booking; or predict which booked trips will be cancelled, so dispatch can act in time. Each has champions inside the company, data in a different state, and a different path to a real decision.

Your job in this case: compare the three predictions against Daloy's figures, test how much the choice changes with what you value most, and pick the one you will take to the board at four.

The decision

Which prediction will Daloy build with its one slot?

  • A · Demand: position drivers before it arrives
  • B · Arrival: quote arrival times riders can trust
  • C · Cancellation: act before the trip is lost

The rest of the case is locked

The data, the calculations, the decision itself and what happens next open with your institution's access code.

Have an access code?

No code yet?

Instructors can request access for a course. Tell us who you are and which course it is for, and we will send your institution a code.

Run it live in class: every student decides and justifies, and the whole class sees how it splits. How Eureka Case works →