Propose an AI-driven feature that fixes a core rider or driver pain in ride-hailing
Company: Meta
Role: Product Manager
Category: Product Design & Strategy
Difficulty: medium
Interview Round: Other
Design an AI-powered product for a ride-sharing app.
```hint Start from a pain, not the model
Pick one side of the marketplace and one recurring frustration first. Then ask what prediction, personalization or conversation could fix it in a way an ordinary product change could not.
```
### Clarifying Questions
- Are we the ride-sharing company, building into our own rider and driver apps?
- Should the product serve riders, drivers, or both sides of the marketplace?
- Which business goal should it move: completed trips, rider retention, driver supply, or support cost?
- Can the product use riders' trip history and location data to personalize, and is there a deadline for a first version?
### What a Strong Answer Covers
- A goal and a target segment chosen with reasons, given that the app serves both riders and drivers
- Pain points prioritized by how often and how badly they hurt, before any AI is proposed
- A solution where AI is essential rather than decorative, with a concrete first version and user flow
- Success metrics plus guardrails for marketplace balance and the cost of wrong predictions
- Risks specific to AI in this setting: accuracy, privacy of location data, fairness across neighborhoods, and safety
### Follow-up Questions
- Predictions turn out to be much less accurate in some neighborhoods than in others. What do you do before a wide launch?
- Riders who use your product take more trips, but riders who do not use it start seeing longer waits. How do you respond?
- How would you find out whether riders want an AI-driven interaction here at all, rather than a faster version of the current flow?
Overview: A product design question asking a PM to create an AI-powered product for a ride-sharing app. It tests choosing a marketplace side and user segment, prioritizing pain points, making AI essential to the solution, and defining success metrics, guardrails and risks such as wrong predictions and location privacy.