TapOut: Social Stress Monitor
TapOut is a mobile concept app created during the 2026 FigBuild design competition. The app helps users recognize when a social environment may be becoming overwhelming and provides subtle tools to step away before stress escalates.
TapOut uses signals from personal devices such as smartphones, smart watches, and smart glasses to detect contextual and physiological indicators of rising stress. When these signals suggest that a user may be becoming overwhelmed, the app sends a gentle check-in and offers tools to exit the situation discreetly.
Role
UX Designer
View Prototype
Timeline
3 Days
TapOut: Social Stress Monitor
TapOut is a mobile concept app created during the 2026 FigBuild design competition. The app helps users recognize when a social environment may be becoming overwhelming and provides subtle tools to step away before stress escalates.
TapOut uses signals from personal devices such as smartphones, smart watches, and smart glasses to detect contextual and physiological indicators of rising stress. When these signals suggest that a user may be becoming overwhelmed, the app sends a gentle check-in and offers tools to exit the situation discreetly.
Role
UX Designer
Timeline
3 Days
View Prototype
TapOut
TapOut is a mobile concept app created during the 2026 FigBuild design competition. The app helps users recognize when a social environment may be becoming overwhelming and provides subtle tools to step away before stress escalates.
TapOut uses signals from personal devices such as smartphones, smart watches, and smart glasses to detect contextual and physiological indicators of rising stress. When these signals suggest that a user may be becoming overwhelmed, the app sends a gentle check-in and offers tools to exit the situation discreetly.
Role
UX Designer
Timeline
3 Days
View Prototype
Design Challenge
The 2026 FigBuild competition challenged participants to design a speculative tool that could track and influence something intangible, invisible, or previously unmeasurable about the human sensory experience. The tool needed to support a wellness goal or behavioral change for individuals or groups.
Our team focused on social overwhelm, an experience that many people recognize but that is often difficult to measure or respond to in real time. Social stress can build gradually through sensory and contextual signals such as rising noise levels, crowd density, or physiological responses like elevated heart rate.
Because these signals often occur before a person consciously recognizes they are overwhelmed, we saw an opportunity to design a system that could detect these early indicators and provide subtle support.
TapOut explores how passive sensing and contextual awareness could help users recognize rising social stress and take action before it escalates, ultimately supporting emotional wellbeing and healthier social boundaries.
The Opportunity
Design a system that helps users recognize early signals of overwhelm and provides a simple, socially graceful way to step away.
Design Process
Step 1: Ideation
Our team began by brainstorming problems related to everyday stress and social interaction. We quickly aligned around the concept of social overwhelm, as it is a widely shared experience and an area where subtle technological support could make a meaningful impact.
Key guiding question:
How might we help people recognize social overwhelm earlier and leave situations comfortably?
Step 2: Defining the User
We identified our primary users as:
• students
• working professionals
• neurodivergent individuals
• adults ages 18–40
These users often experience environments with high social expectations or sensory stimulation, such as events, workplaces, or crowded venues.
Step 3: Feature Design
TapOut combines contextual sensing with simple user actions.
The system analyzes signals such as:
• heart rate patterns
• body temperature
• noise levels
• location context
• environmental density
When these signals suggest rising stress, TapOut prompts the user with a quick check-in and offers assistance.
Supporting features include:
• a believable phone call exit strategy
• breathing guidance tools
• boundary-setting suggestions
Step 4: Prototype
The prototype was created using Figma Make and designed as a mobile-first experience.
The prototype demonstrates:
• the TapOut alert flow
• the decision interface
• guided calming tools
• the simulated phone call exit feature
The design focused on subtle interaction and low cognitive load, ensuring that users can respond quickly without drawing attention in social environments.
Step 5: Usability Testing
To evaluate the concept, we conducted a small usability test using a survey.
Participants: 16 users
Target characteristics:
• ages 18–40
• working professionals or students
• socially active individuals
• some participants identifying with ADHD or sensory sensitivity
Key results
• 93% reported a positive overall impression of the app
• 83% said they would use the app in real life
• most participants described the interface as simple and intuitive
Participants also responded positively to the TapOut call feature, noting that it provided a believable and socially acceptable exit from uncomfortable situations.
Challenges
Working within a three-day design window required rapid iteration and quick decision-making.
We also encountered technical challenges using Figma Make, particularly when importing SVG illustrations. The system occasionally struggled to interpret design edits.
To solve this issue, we converted vector illustrations to PNG assets, which improved rendering consistency within the prototype.
Despite these obstacles, the constraints encouraged us to prioritize core functionality and iterate quickly.
Reflection
TapOut was an opportunity to explore how technology can support people during emotionally complex situations. Social overwhelm is something many people experience, yet tools designed to help manage it are rare.
Throughout the project, we focused on designing interactions that were subtle, respectful, and socially aware. The goal was not to replace human judgment, but to provide gentle signals and supportive tools that help users respond to their environment more confidently.
Because social stress often begins at a physiological level, TapOut explores how passive sensing can help users recognize those signals earlier and take action before overwhelm escalates.
Designing TapOut reinforced the importance of human-centered thinking, especially when building tools intended to support emotional well-being.
This project taught us how to rapidly prototype with AI-assisted design tools, collaborate efficiently in a short design sprint, and turn complex emotional experiences into actionable UX solutions.
