Helping young adults feel safe walking home alone in the dark.

Lighthouse

 

OVERVIEW

Walking home in the dark can be a negative experience that many people face daily. Young adults, in particular, must face this discomfort because they have limited transportation options late at night and may not have the funds to avoid the walk.  We conduct user research and design a solution that crowdsources safety through data and empowers users to make decisions about their own safety.

THE TEAM

Ashley Boone

Kathy Bui

Kendra Specht

Irene Liu

Problem Statement

The Problem

Walking home in the dark can be a negative experience that many young adults face daily. The safety of those who walk home alone at night is frequently put at risk. Young adults, in particular, must face this discomfort because they have limited transportation options late at night and may not have the funds to avoid the walk.

Our Goal

We hope that our solution will help young adults feel more at ease during their walk home. Our mobile application and smartwatch extension will give users the tools to feel safe in a variety of situations by contacting their friends and family during the walk or reaching authorities if need be. Our solution can create safer communities and empower users to make informed decisions about their own safety.

 

RESEARCH

Findings

01.  

Feel they have no option other than walking home in the dark due to a lack of resources. 

02.  

Feel more comfortable when walking with friends or calling friends on the phone

03.  

Want to reassure friends and family after reaching their destination safely

Competitive Analysis

  • Prices are prohibitive

  • Products are only useful in an emergency situation

  • User must rely on others to watch over them as they walk instead of being empowered to take care of themselves. 

We examine existing products to identify how they meet user needs and how they follow short.  We looked at SafeTrek, Watch OVer Me, and the Nimb Ring.  From this analysis we find that: 

The Nimb Ring keeps users safe but costs $250​

Personas

Based on user interviews, we developed two personas to represent common goals, desires, and pain points of our user group.  

 

DESIGN REQUIREMENTS 

After developing a working understanding of our user group, the team determined design requirements to direct our solution.  We wanted to create a solution that helped users:

01.  

handle a wide variety of situations, including a typical walk and an emergency situation

02.  

find the safest way home using publicly available data as well as data collected through the platform

03.  

empower users to manage their own safety by making informed decisions

04.  

Reassure friends and family of their safety 

05.  

create a sense of community commitment to safety

 

PLAN

Information Architecture

After finalizing the decision to create a mobile app paired with an optional smart watch extension, the group was ready to organize app functionality into an information architecture.  

Paper Prototype

The Information Architecture helped us create a paper prototype of our application.  The paper prototype focused on three key paths: the initial set up, a normal walk, and an emergency situation.  

The paper prototype showing interactions in our key path scenarios

 

EVALUATE

Usability testing

We used our paper prototype to conduct usability testing with four target users. This study sought to evaluate the usability of our application LightHouse, using a low-fidelity paper prototype to test three basic features with potential users: the initial set up, a normal walk home, and an emergency encounter.  Observations from this study informed a series of improvements to our original design.

 

Participants

We tested our prototype with four young women between the ages of 19 and 21.  All four participants regularly use their cell phones and frequently walk alone at night, both on and off campus.  

 

Methods

For each participant, we conducted the usability test through pre-observation interviews, task completion and observation, and post-observation interviews. We also used  Rapid Iterative Testing and Evaluation (RITE) to address issues encountered by multiple test participants that hindered their ability to complete the task.

 

Findings

By observing users completing our three key task scenarios, we came to several conclusions about user behavior. The most important things we found in our usability testing were that users:

  • Do not read even small amounts of text

  • Reflexively enter a security pin when given the option, even if they are not safe

  • Value the ability to contact their friends and family and wish they were able to do so throughout the walk

  • Are more likely to use the smartwatch extension than the button on the phone screen

  • Value the ability to choose their route based on available data

 

These observations led us to make several changes to our mobile application, including re-prioritizing the desire to stay connected with friends and family, redesigning the panic button response, eliminating redundant setup screens, and leaning on visual cues instead of text throughout the design.

 

DESIGN

Wireframes 

The annotated wireframes give an overview of the purpose and functionality of our solution on a typical walk home. 

 

High-Fidelity Mockup

 

The high-fidelity mockup is the last step of the process that brings together our work throughout the quarter in a complete, professional, and visually pleasing manner. 

aboone06@uw.edu | (971) 732 9246

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