LocateBike

Mobile App

Responsibilities included:

  • User research

  • Wireframing

  • Prototyping

  • User flow design

LocateBike is a mobile application designed to help bike owners track and recover stolen bicycles. Even when users park their bikes in safe locations and use strong locks, bike theft remains common. Once a bike is stolen, recovery becomes extremely difficult if owners have not stored identifying details such as serial numbers or photos.

My Role
Overview
  • 1 Designer

  • 1 Product Manager

  • 2 Developers

Team

Research & Discovery

User Persona

Marie commutes to class every day using her bike. She always locks it properly and parks in safe locations.

However, she constantly worries about bike theft.

Pain Points

  • Fear of losing her bike

  • No easy way to track it if stolen

  • Difficult process to report stolen bikes

  • No central place to store bike information

Needs

  • Secure bike registration

  • Real-time tracking

  • Fast reporting system

  • Peace of mind

Research Insights

Market research revealed that police departments often recover stolen bikes but cannot return them because owners cannot be identified.

Key insights:
Serial numbers are the primary way to identify bikes

  • Many cyclists do not record this information

  • Photo documentation significantly improves identification

  • Police databases rarely connect with owners

This research highlighted the importance of bike registration and identification.

Design Strategy

The product strategy focused on two areas:
Prevention
Helping users protect their bikes before theft occurs.
Recovery

Helping users locate and report bikes if theft occurs.
The solution integrates:

  • Bike registration

  • Location tracking

  • Theft reporting

  • Identification storage

Ideate and Create

Wireframes

Low-Fidelity

I created low-fidelity sketches to explore the core functionality and layout of the app.

The goal was to quickly test:

  • Navigation clarity

  • Registration process

  • Tracking interactions

  • Reporting workflow

User testing helped identify which features were intuitive and which required simplification.

High-Fidelity Designs

After testing the wireframes, I developed high-fidelity mockups that refined the interface and visual design.

Key screens included:

  • Bike registration

  • Bike tracking

  • Map-based bike location

  • Theft reporting interface

These designs focused on clear navigation, quick actions, and simple tracking interactions.

The LocateBike app provides a structured system for bike owners to register, track, and recover stolen bikes.

Impact

  • Simplifies bike identification

  • Improves recovery chances

  • Helps police identify bike owners

  • Reduces user anxiety about theft

Outcome

This project reinforced the importance of:

  • Researching real-world recovery processes

  • Designing preventative and reactive solutions

  • Testing early wireframes with users

  • Building flows that support real-life emergencies

What I Learned