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VisionTranslate

February - April 2024

My first product team experience — worked on business formation, GTM strategy, and emerging tech through a startup club project.

Overview

Timeline

3 Months

Business Strategist

Role

Project Context

Description

VisionTranslate is an accessibility app designed natively for Apple VisionOS, aimed at empowering users with hearing impairments. VisionTranslate overlays subtitles from conversations or multimedia content.

Goal

Make the Apple Vision Pro more accessible for users with hearing impairments.

Problem Statement

Users with hearing impairments lack accessible solutions for real-time speech-to-text transcription in the new VisionOS ecosystem.

Product Analysis

Work

Market Research 

Early Market Entry

New platforms like VisionOS present a unique opportunity where simple apps quickly gain traction due to limited competition. By launching VisionTranslate early in the platform’s lifecycle, we aimed to fill an important accessibility gap before established competitors entered the market. This timing strategy focused on building a strong user base while the app store was still small and users were actively seeking essential tools for their new devices.
 

Impact

This early market entry approach directly strengthened our GTM strategy by reducing customer acquisition costs and increasing organic discovery. With fewer competing apps in the VisionOS accessibility space, VisionTranslate would benefit from higher search rankings and featured placement opportunities in the app store.
 

Go-to-Market Strategy

As a result, VisionTranslate acquired 100+ users within the first three months of launching on the App Store.

I conducted a detailed, frame-by-frame audit of the onboarding flow, content creation process, chatbot, and settings interface—identifying layout issues, design flaws, bugs, and usability roadblocks throughout.

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Product Testing

Demoed the Apple Vision Pro for thedevelopment and design team, providing insights that informed the app's user interface and interaction design for spatial computing. 

Usability Considerations
  • Optimal text placement within the user's field of view

  • Gesture-based navigation preferences

Recommendations
  • Positioning subtitles in the lower peripheral vision to avoid obstructing immersive content

  • Implementing adaptive transparency with smart contrast detection to ensure subtitle readability

Reflection

My First Experience on a Product Team

Working with people who brought completely different skills was a shift from what I was used to on sports teams, where everyone shares similar strengths. At first it felt unfamiliar, but the collaborative energy quickly became one of the most motivating parts of the project. We built a culture of shared excitement, and I found myself genuinely looking forward to every meeting. What made it work was how aligned we were on our purpose. 

Emerging Platforms Create Opportunity

Building for Apple Vision Pro showed me how powerful early adoption can be. With few competitors in the VisionOS app space, our team used timing as a strategic lever—launching early to maximize visibility, reduce acquisition costs, and carve out space before the market matured.

Designing an Accessibility App Requires Empathy

Creating a tool for users with hearing impairments challenged us to rethink how interfaces work in a spatial environment. We had to consider where text appears in the user’s field of vision, how to ensure readability in different lighting, and how gestures would feel natural. This experience showed me that designing for accessibility isn't just about inclusion—it's about creating thoughtful, user-centered products that work better for everyone.

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