Vision-Correction Mobile App Development
Budget: $750 – $1,500 USD
Project Description:
I am looking for a skilled mobile app developer (or team) to help bring my innovative app idea to life. The app aims to allow users to input their vision prescription (e.g., sphere, cylinder, axis), and the app will adjust the phone’s screen display to make it appear clear for the user without wearing glasses.
This is an exciting project at the intersection of technology and vision science. I do not have a coding background, so I need a developer who can guide me through the process and turn this concept into a functional mobile app.
Key Features:
1. Vision Prescription Input:
Users enter their vision prescription details (e.g., sphere, cylinder, axis).
2. Real-Time Screen Adjustment:
The app dynamically alters the display to compensate for refractive errors like myopia, hyperopia, and astigmatism.
3. Calibration Tool:
A calibration step to ensure accurate adjustments based on user feedback.
4. User-Friendly Interface:
An intuitive design to make the app easy to set up and use.
5. Platform Compatibility:
• Version 1: Focus on one platform (either iOS or Android)
• Future goal: Cross-platform compatibility.
Developer Requirements:
• Experience in mobile app development (iOS or Android).
• Knowledge of real-time image processing or similar technologies.
• Familiarity with graphics libraries (e.g., OpenGL, Metal, or other rendering frameworks).
• Strong focus on user experience (UI/UX design).
• Willingness to collaborate closely and explain technical details clearly to a non-technical founder.
Preferred Qualifications (Optional):
• Background in vision science, optics, or similar fields.
• Experience with healthcare or assistive technology apps.
Deliverables:
1. A functional prototype demonstrating real-time screen adjustments for a sample prescription.
2. Full mobile app (Version 1) with the key features listed above.
3. Documentation for app usage and future development.
Budget and Timeline:
• Budget: Flexible, depending on experience and project scope.
• Timeline: Ideally, a working prototype within 6-8 weeks, with the full app ready in 3-4 months.
How to Apply:
Please provide:
1. A brief overview of your experience, including relevant projects or apps you’ve worked on.
2. Your approach to developing this app and any suggestions you may have.
3. An estimated timeline and budget.
4. Links to your portfolio or previous
I am looking for a skilled mobile app developer (or team) to help bring my innovative app idea to life. The app aims to allow users to input their vision prescription (e.g., sphere, cylinder, axis), and the app will adjust the phone’s screen display to make it appear clear for the user without wearing glasses.
This is an exciting project at the intersection of technology and vision science. I do not have a coding background, so I need a developer who can guide me through the process and turn this concept into a functional mobile app.
Key Features:
1. Vision Prescription Input:
Users enter their vision prescription details (e.g., sphere, cylinder, axis).
2. Real-Time Screen Adjustment:
The app dynamically alters the display to compensate for refractive errors like myopia, hyperopia, and astigmatism.
3. Calibration Tool:
A calibration step to ensure accurate adjustments based on user feedback.
4. User-Friendly Interface:
An intuitive design to make the app easy to set up and use.
5. Platform Compatibility:
• Version 1: Focus on one platform (either iOS or Android)
• Future goal: Cross-platform compatibility.
Developer Requirements:
• Experience in mobile app development (iOS or Android).
• Knowledge of real-time image processing or similar technologies.
• Familiarity with graphics libraries (e.g., OpenGL, Metal, or other rendering frameworks).
• Strong focus on user experience (UI/UX design).
• Willingness to collaborate closely and explain technical details clearly to a non-technical founder.
Preferred Qualifications (Optional):
• Background in vision science, optics, or similar fields.
• Experience with healthcare or assistive technology apps.
Deliverables:
1. A functional prototype demonstrating real-time screen adjustments for a sample prescription.
2. Full mobile app (Version 1) with the key features listed above.
3. Documentation for app usage and future development.
Budget and Timeline:
• Budget: Flexible, depending on experience and project scope.
• Timeline: Ideally, a working prototype within 6-8 weeks, with the full app ready in 3-4 months.
How to Apply:
Please provide:
1. A brief overview of your experience, including relevant projects or apps you’ve worked on.
2. Your approach to developing this app and any suggestions you may have.
3. An estimated timeline and budget.
4. Links to your portfolio or previous