Mobile
Collaborative Memory Sharing App
A mobile app that turns the chaotic process of collecting group memories into beautifully generated video montages.
- Client
- Internal Project
- Role
- Product Designer
- Year
- 2024
- Timeline
- 6 Weeks
Collaborative Memory App is a next-generation social utility designed to automate the process of capturing and curating shared experiences. The platform eliminates the friction of manual photo sharing after events by introducing a synchronized, group-based capture system that automatically synthesizes raw media into professional-grade cinematic montages.
- Role: Lead Product Designer
- Timeline: 6 Weeks
- Core Focus: Automated Media Curation, Synchronized Group Flows, High-Fidelity UI
The Challenge
The Problem Statement
Current social platforms and cloud storage tools treat shared memories as static data dumps. After a group event (a trip, wedding, or dinner), photos are often scattered across multiple devices, and the task of "putting something together" falls on one person—or, more often, never happens at all.
The Goal
To design an "autopilot" memory system where every participant contributes to a shared live-stream, and the app utilizes intelligent clustering to generate ready-to-share video highlights in real-time.
Approach & Process
1. Mapping the "After-Action" Friction
I analyzed how users currently share media post-event. The process usually involves multiple apps (WhatsApp for sending, Instagram for posting, iCloud for storing), leading to significant quality loss and organizational fatigue.
I designed a "Centralized Event Hub" model:
- Instant Join: Users join an event via a QR code.
- Background Sync: High-res media uploads automatically in the background.
- Smart Tags: The system recognizes key moments based on metadata and user interaction.
2. Visual Language & Emotional Resonance
The UI needed to feel premium, nostalgic, and incredibly smooth.
- Color Palette: A deep, "midnight indigo" base was used to make high-vibrancy photos pop.
- Motion Design: I implemented fluid, spring-based transitions to mirror the feeling of flipping through a physical photo album.
- Glassmorphism: Subtle frosted-glass elements were used for the navigation overlays to maintain visual depth and focus on the media.
Outcomes & Impact
The final prototype successfully demonstrated a zero-effort media curation workflow. User testing showed that participants felt significantly more engaged during events when they knew the "documentation" was being handled automatically. The project established a new benchmark for how intelligent automation can enhance personal social experiences without interrupting the moment.
Next Project