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GridSmart traffic management hero image
GridSmart logo

Traffic Management

Competencies
Experience Audit
User Research
Stakeholder Interviews
Interaction Design
Interface Design
Information Architecture
Design Library

Partnership Context

How user-focused design helped a traffic technology company reimagine intersection management
Gridsmart aimed to improve intersection management for safety and traffic flow. They created a product using a fisheye camera for real-time monitoring, needing a user-friendly interface for engineers.
Gridsmart faced challenges moving to market, needing a new user experience for engineers.
Complexity of Traffic Data
Engineers needed an interface that could handle the intricacies of live traffic management, phase settings, and adaptable configurations across different municipalities and state standards.
Real-Time Video Interaction
Utilizing live, 360° video feed presented a novel UI/UX challenge—engineers had to be able to set and adjust signals accurately without losing context of the traffic situation.
Industry First Technology
To support widespread adoption, Gridsmart’s interface had to be intuitive and relatable, even for engineers unfamiliar with digital traffic management.
Flying Circle partnered closely with Gridsmart, embedding our design team on-site with their developers from concept through market entry. We collaborated to deliver a series of UX innovations that redefined intersection management:
Our collaboration resulted in a product that set a new standard in intersection management. Today, Gridsmart’s solution is deployed in thousands of intersections globally and is celebrated as the “iPhone of intersection management” for its intuitive design, operational impact, and role in advancing urban safety and traffic flow.
GridSmart intersection management system overview

Project Research

Understanding traffic management
Working on site with civil engineers. Attending department of transportation seminars
infinity
Loop Detection
Project research the management team provided materials to help me get up to speed on traffic & red light management. The loops in the group create an electric signal when you stop at a red light. The signal is then sent to the control box to alert to your presence at the intersection. Core functionality that would be critical for users to understand in the initial product.
Lane phasing icon
Lane Phasing
The second factor to a successful traffic light is the alignment of lanes. The relationship from lane to lane is the basis for how engineers establish rules for an intersection; a factor I would later highlight in the user-interface.
Competitor analysis icon
Competitor Analysis
Understanding the needs of Civil/Traffic Engineers included deep analysis of current industry leaders. Task completion steps were identified and documented for discussion with the development team. Later, these tasks would be broken down and reassembled to create entirely new ways of managing traffic.
vA – Video as a reference
The UX research findings and technical factors were combined with new user workflow concepts to create many rounds of wireframes. Hundreds of wireframes later a distinction emerged between wrapping the video with inputs and controls or rendering them separately.
Video reference wireframe variation 1Video reference wireframe variation 2Video reference wireframe variation 3Video reference wireframe variation 4Video reference wireframe variation 5
vB – Video as the canvas
The UX research findings and technical factors were combined with new user workflow concepts to create many rounds of wireframes. Hundreds of wireframes later a distinction emerged between wrapping the video with inputs and controls or rendering them separately.
Video-as-canvas wireframe showing zone-drawing concept
We pioneered a new interaction model that allowed engineers to “draw” on the live video feed, defining zones and signal phases directly on the intersection view. By de-warping the 360° image and adding high-contrast overlays, we ensured that engineers could maintain situational awareness while managing settings—a shift that redefined the industry’s approach to traffic control.
Drawing ‘zones’ on top of video would become the foundation for Gridsmart 1.0.
Wireframe Iteration
Drawing ‘zones’ on top of video would become the foundation for Gridsmart 1.0.
vB1. Justified
A. Justified
Justified wireframe layout version A topJustified wireframe layout version A bottom
vB1. Justified
A. Justified
Justified wireframe layout version B topJustified wireframe layout version B bottom
vB1. Justified
A. Justified
Justified wireframe layout version C topJustified wireframe layout version C bottom
GridSmart desktop interface designGridSmart desktop interface variation 2GridSmart desktop interface variation 3

Usablity

User Testing with Engineers
Different methods and workflows were tested for clarity, readability, and time to event. These results were applied to the next round of wireframes where each input was optimized for the best result.
GridSmart usability testing with engineers
Hardware branding conveyed via software
Gridsmart’s one-camera advantage is commonly
located in the center of the intersection
Diagram showing GridSmart camera position at intersection center
The Gridsmart software user-interface is uniquely
centered to mimic the hardware aspects of the brand
GridSmart UI design centered to mirror hardware brand
GridSmart logo
‘The iPhone of Traffic Management’
GRIDSMART 1.0
GridSmart production interface screen 1GridSmart production interface screen 2GridSmart production interface screen 3
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