Real Time Adaptive Breathing Monitoring App

Our client, a startup company, had developed a new BLE-based hardware device to measure breathing patterns for athletes. They approached our team with a request to develop a mobile application to enable users to easily visualize and monitor their breathing patterns in real-time. Our team took up the challenge and worked closely with the client to create a user-friendly and efficient mobile application for the new device.   

Technologies
  • Android (Kotlin)
  • IOS (Swift)
  • Admin (Laravel)
Platforms
  • IOS
  • Android
  • Website  

Notable Milestones

Goals

  • Provide real-time breathing pattern measurements during physical activities. 
  • Use machine learning to improve accuracy over time. 
  • Enable viewing of past measurements and progress tracking.
  • Set and track achievable goals for athletes. 

Strategy

  • Conduct thorough research on existing devices and apps. 
  • Understand client vision and target audience. 
  • Develop clear roadmap and timeline. 
  • Prioritize user-centric design. 
  • Utilize agile development methodologies. 
  • Incorporate regular testing and feedback.
  • Emphasize collaboration and communication.
  • Use the latest technologies and best practices. 

Outcomes

  • Increased accuracy  
  • Improved user experience 
  • Increased engagement 
About

Project Highlights

  • The client approached our team with a request to develop a mobile application to enable users to easily visualize and monitor their breathing patterns in real-time. 
  • Our team accepted the challenge and worked closely with the client to understand their requirements and needs. 
  • We designed and developed a user-friendly and efficient mobile application for the new device.
  • The application enabled users to monitor their breathing patterns in real-time, providing visual feedback on their phone screen. 
  • Our team incorporated various features such as historical data analysis, personalized recommendations, and progress tracking. 
  • The final product was successfully delivered to the client, meeting their expectations and requirements. 
  • The mobile application received positive feedback from the client and their users, with many reporting significant improvements in their breathing patterns and athletic performance. 

Our Client

The company is committed to improving breathing health. With over 40 years of combined experience in designing and manufacturing breathing devices, they have specialized in creating CPAP devices for treating sleep apnea and PAPRs for providing respiratory protection. They embarked on a new mission to develop a revolutionary healthy breathing platform that provides a holistic solution to address some of the widespread breathing health issues that the world is facing. This platform is based on patented technology and is designed to improve the overall respiratory health of individuals. 

Client Requirement

  • Develop a mobile application for real-time monitoring and visualization of breathing patterns.   
  • Ensure user-friendliness and efficiency of the application with a modern and appealing interface. 
  • Integrate the application with the client’s BLE-based hardware device that measures breathing patterns for athletes. 
  • Include features such as historical data analysis, personalized recommendations, and progress tracking in the application. 
Solution

Breathing Pattern Monitoring Mobile App for Athletes 

Our team developed a user-friendly and efficient mobile application to enable real-time monitoring and visualization of breathing patterns for athletes. The application was integrated with the client’s BLE-based hardware device, allowing users to receive accurate and personalized feedback. Features such as historical data analysis, personalized recommendations, and progress tracking were included in the application to improve users’ overall respiratory health. 

Why we chose this solution: We chose this solution because of the following reasons: 

1

The client had developed a BLE-based hardware device to measure breathing patterns for athletes. 

2

A mobile application was the most appropriate solution to enable real-time monitoring and visualization of breathing patterns. 

3

Our team developed a user-friendly and efficient mobile application that integrated with the client’s hardware device. 

4

The mobile application included features such as historical data analysis, personalized recommendations, and progress tracking to improve users’ overall respiratory health. 

5

This solution met the client’s requirements and provided athletes with an innovative tool to improve their breathing patterns and athletic performance. 

Key Features

Features

  • 01. Real-time Breathing Pattern Monitoring

    Our mobile application provides real-time monitoring and visualization of breathing patterns for athletes. Users can receive accurate and personalized feedback on their breathing patterns, allowing them to adjust their breathing techniques and improve their respiratory health.

  • 02. Integration with BLE-Based Hardware Device

    Our mobile application integrates with the client's BLE-based hardware device to provide accurate and personalized feedback on breathing patterns, leading to effective recommendations to improve respiratory health.

  • 03. Historical Data Analysis and Personalized Recommendations

    Our mobile application provides historical data analysis and personalized recommendations based on users' breathing patterns, health history, and other relevant factors to help them achieve their respiratory health goals.

  • 04. Intuitive and Accessible Interface

    Our mobile application has a modern and user-friendly interface, allowing easy navigation and monitoring of breathing patterns. It is also compatible with various mobile devices for broad accessibility.

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Benefits of Solution

By providing real-time monitoring and personalized recommendations, the mobile application can help users improve their breathing patterns and overall respiratory health. The mobile application’s user-friendly interface and personalized recommendations can increase user engagement and motivate them to continue tracking and improving their respiratory health. Integration with the BLE-based hardware device ensures that users receive the most accurate feedback on their breathing patterns, leading to more effective recommendations and improved respiratory health. 

The Result

The client was very happy with the app and he has hired us for ongoing support and maintenance of the application.

Contact

You Have A Vision. We Have A Way!

Please send us information about your project. One of our project managers shall evaluate your project requirements and give you a formal proposal. Detailed information will help us evaluate your project accurately.

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