Wayfinding on the Web
A familiar and flexible way to explore venues and find your way from any device
Tasks
Product Design, Product Strategy, User Research, Prototyping
Date
2018-2022
Results
75% of directory customers adopted Mappedin Web in its first year; a real-time positioning feature we designed led to a 42% increase in location selections, 2x lift in direction lookups and introduced a new revenue stream for our business
Context
Mappedin Web is an embeddable, responsive wayfinding product used by malls, stadiums, and other large venues. Users can access a dynamic indoor map on any device simply by visiting a venue's website. Our goal was to make the experience feel familiar, accurate, and valuable, whether planning a visit from home or navigating on-site.
Problem Areas
Mappedin’s existing web solution struggled from slow custom deployments, low user engagement, limited user insights, and outdated indoor navigation.
Challenges
We had to keep the interface minimal, context-aware, and responsive. The interface had to serve multiple stakeholders: end-users needed intuitive navigation, while customers wanted branding and analytics.
Solutions
We built Mappedin Web to serve both end-users and venue operators. Simple to use, easy to embed, and flexible enough to integrate with our customer’s branding.
Final Notes
Mappedin Web became one of the company’s most successful products, with over 75% of directory customers adopting it in the first year. As product designer I helped define the strategy, shape the interface, and guide technical decisions that made real-time indoor navigation feel intuitive and accessible. The results were clear: higher engagement, new revenue from blue dot positioning, and a better experience for people trying to find their way indoors.
Later, I transitioned into a Product Management role, where I collaborated with a new product designer to refresh the UI and continue refining the experience. I also helped launch features such as find your seat, seat views, save your parking spot, and multi-destination navigation.










