Bronze Digital Product Design · 2026
Pipgro Task Execution
by Yongzun Wu and Jingxuan Wang
- A' Design Award 2026 Bronze Winner in Digital Product Design
- Awarded April 15, 2026
- CLIENT: Kenta
- Estimated Number of Design Views: 11,542
- Verification code F40DBB7600 · Verify this award
About Pipgro Task Execution
Pipgro is a mobile application designed to support task execution for adults with attention deficit hyperactivity disorder (ADHD). Many productivity tools focus on planning, while Pipgro addresses the step of starting and finishing work. Spoken or written thoughts are broken into small tasks by artificial intelligence, and one step is shown at a time. A focus mode limits distraction, and emotional feedback is logged to adjust future plans. Progress is shown through a growth metaphor, and rewards can be collected. A smartwatch interface allows quick capture of thoughts.
Yongzun Wu's Task Execution emerges from the flourishing tradition of human-centered digital product design that seeks to transform utilitarian task management into engaging experiences that nurture user wellbeing and sustained motivation, a design philosophy gaining prominence throughout the 2020s as the digital wellness movement matured and designers increasingly recognized that productivity tools must address not merely efficiency but also emotional sustainability and psychological engagement. The interface demonstrates sophisticated understanding of mobile interaction paradigms, employing the diptych presentation to reveal complementary task contexts—one suggesting domestic responsibilities within a warm, intimate interior environment, the other framing outdoor or creative pursuits within an expansive natural setting—while maintaining structural consistency that ensures cognitive familiarity and reduces learning friction. The compositional architecture exhibits notable restraint and clarity, organizing complex information layers into an intuitive vertical hierarchy that respects established mobile design conventions while introducing distinctive botanical illustration as a differentiating visual signature that elevates the interface beyond utilitarian minimalism into the realm of delightful user experience. The chromatic sophistication deserves particular attention, as the designer has crafted two distinct yet harmonious color worlds that reinforce contextual differentiation through temperature, saturation, and naturalistic association—the peachy warmth of the left screen evoking afternoon light filtering through domestic spaces, ceramic vessels, wooden furniture, and the quiet satisfaction of maintaining one's immediate environment, while the verdant vitality of the right screen channels outdoor energy, growing things, fresh air, and the expansive satisfaction of creative or physical accomplishment. The illustrative elements function not merely as decorative embellishment but as meaningful visual metaphor, positioning task completion within a narrative of cultivation, growth, and fruiting—the potted tree suggesting contained, manageable domestic care, the mature outdoor tree representing larger, more developed achievements—a symbolic framework that transforms mundane to-do items into contributions toward personal flourishing. The time tracking displays demonstrate typographic clarity and visual weight appropriate to their informational importance, while the gamification elements—point totals displayed in friendly rounded capsules with fruit icons—suggest reward systems that feel encouraging rather than punitive, abundant rather than scarce, celebrating what has been accomplished rather than emphasizing what remains undone. The navigation system's central avatar element, rendered as a character within a green circular badge, suggests a companion presence or growth indicator, potentially accumulating visual changes as users progress, reinforcing the cultivation metaphor through a digital entity that thrives alongside user effort. The interface achieves a delicate balance between functional clarity and emotional resonance, providing the structural predictability necessary for daily utility while offering visual richness that sustains engagement and transforms routine task completion into a practice of mindful attention to one's commitments and aspirations. How might such interfaces shape our relationship to productivity itself, reframing accomplishment not as mere checkbox completion but as participation in ongoing processes of personal cultivation and becoming?
Press Kit
- Unique Properties
- Pipgro is an intelligent task execution companion designed for adults with ADHD. While most productivity tools focus on planning and listing tasks, Pipgro addresses the execution gap by breaking tasks into executable steps, narrowing focus to the present, and visualizing progress through growth metaphors. Emotion-aware planning, adaptive task redirection, and rewards reduce execution stress and support sustained follow-through.
- Dimensions & Packaging
- Pipgro is a digital interaction design realized across mobile and smartwatch interfaces. It supports natural language input, AI-driven task decomposition, focus mode execution, emotional feedback logging, and visual progress tracking. The smartwatch interface enables quick thought capture, focus mode entry, and emotion logging, while both platforms are optimized for touch interaction, accessibility, and low cognitive load in daily use.
- Tags
- Attention Deficit Hyperactivity Disorder(ADHD), Task Decomposition, Task Execution, Behavioral Design, Cognitive Load Reduction, AI-Assisted Planning, Focus Support, Emotional Feedback, Gamified Motivation
- Production Technology
- Pipgro is realized as a mobile digital product integrating AI-driven task decomposition, adaptive scheduling, and behavior-based feedback loops. Natural language input is parsed into structured tasks, while user interactions and emotional feedback inform dynamic task adjustment. The interface is prototyped and iterated through user testing, with focus modes, visual growth systems, and reward mechanics implemented to support sustained execution.
- Design Challenge
- The main challenge was designing a productivity system for ADHD users without increasing pressure or guilt. Traditional planning structures often worsen avoidance rather than support action. Balancing guidance with autonomy, and reducing cognitive load while maintaining progress, required careful behavioral research and repeated iteration. The design needed to support execution without control, encouraging momentum while respecting emotional resistance.
- Project Duration
- The concept project was developed between June 2025 and December 2025, primarily conducted in Beijing and New Jersey.
- Operation Flow
- Users begin by freely expressing their thoughts through text or voice. Pipgro breaks these thoughts into small, clear tasks and presents one step at a time. If a task feels difficult, users can further split it into easier actions. While working on a task, if users feel stuck or want to stop, Pipgro recommends simpler tasks to preserve momentum. Afterwards, users review execution and emotion data, receive AI suggestions to improve future plans, and collect fruits to customize Pip, reinforcing motivation.
- Research
- This project is based on qualitative design research. The objective was to understand why adults with ADHD struggle with task execution rather than planning. Research methods included interviews, diary studies, and usability testing. Participants were adults diagnosed with ADHD. Findings revealed that mental overload, emotional resistance, and decision fatigue are key barriers. Insights led to an execution-focused system emphasizing task decomposition, focus support, and adaptive feedback, demonstrating how behavior-informed design can reduce friction in everyday productivity.
- Inspiration
- Pipgro was inspired by research and interviews revealing that adults with attention deficit hyperactivity disorder (ADHD) struggle not with planning, but with task initiation and follow-through. Observing how conventional plan-list apps often increase pressure, the design draws from behavioral psychology and cognitive load theory to reduce friction in action. The growth metaphor and emotion-aware adaptation were developed to support momentum rather than control.
- Image Credits
- #1: Yongzun Wu & Jingxuan Wang, UI/UX and branding, 2025.
#2: Yongzun Wu & Jingxuan Wang, UI/UX and branding, 2025.
#3: Yongzun Wu & Jingxuan Wang, UI/UX and branding, 2025.
#4: Yongzun Wu & Jingxuan Wang, UI/UX and branding, 2025.
#5: Yongzun Wu & Jingxuan Wang, UI/UX and branding, 2025.