🚗Uber is a two-sided marketplace connecting riders and drivers.
📱The Uber app allows users to request rides and drivers to accept or decline requests.
⌚Drivers receive ride requests based on their availability and location.
⚖️Pricing for rides is determined based on factors like distance, time, and demand.
📍Driver and rider locations are tracked in real-time for efficient pick-up.
How are drivers and riders matched?
—Drivers and riders are matched based on availability, distance, and other factors using algorithmic suggestions.
Can riders request specific types of cars?
—Yes, riders can choose from different car types such as standard, luxury, and shared rides.
How does Uber handle pricing?
—Uber uses a fixed pricing model based on factors like distance, time, and demand. Surge pricing may apply during peak hours.
How is driver and rider safety ensured?
—Uber conducts background checks on drivers and provides features like GPS tracking and driver ratings for safety and accountability.
What happens if a driver or rider cancels a ride?
—If a driver or rider cancels a ride, the system finds the next available driver or offers alternative options.
01:30Introduction and background of the interviewee, an experienced software engineer.
01:50Overview of the Uber system and its two-sided marketplace model.
03:30Discussion of the requirements and functionality of the Uber app for riders and drivers.
06:00Explanation of how drivers receive ride requests based on availability and location.
09:00Insights into the pricing model of Uber and factors that determine the cost of a ride.
13:00Explanation of the pickup process and considerations for driver safety and accountability.
19:00Discussion on the algorithmic suggestions for matching drivers and riders efficiently.
23:00Design diagrams and flowcharts illustrating the components and interactions of the Uber system.
