Smart Wearable Xtrava Health’s Butterfly.care

Xtrava & needCode teams orchestrated a systematic approach to achieve project milestones:

• Requirements Analysis: Meticulously understanding the device’s functionality needs and user expectations.
• Technical Strategy: Crafting a plan that strikes a balance between performance and power consumption, considering safety-critical aspects.
• Collaboration: Establishing seamless teamwork between two embedded software developers and an Android developer to synergize skills.
• Technology Utilization: Leveraging BLE, C, Android, and DSP technologies to create a cohesive ecosystem for the wearable and app.
• Sensing Technology Integration: Integrating electromagnetic, electrostatic sensing, accelerometer, and RGB LED to capture vital signs.
• AI Algorithm Adaptation: Transforming AI algorithms to fit the embedded system’s limited power and memory while ensuring precision.
• Continuous Testing: Rigorous testing to ensure the wearable’s accuracy, safety, and connectivity.
• Over-the-Air Update Implementation: Enabling remote updates for continued enhancement of device features.

• Safety – critical low power consumption size limited.
• Power management.
• Robust connectivity between devices and Android mobile phone.
• Hardware firmware integration.
• Large amount of data synchronized with android phone,
• Converting AI algorithms to fit into embedded power and memory constructs.
• Electromagnetic sensing.
• Accelerometer.
• Electrostatic sensing.
• RGB LED.
• External Memory.

The collaborative efforts of both teams. led to remarkable achievements:

• Functional Wearable Device: Successful development of a smart wearable with BLE communication, AI engine, and multiple sensors.
• Efficient AI Integration: Successful adaptation of AI algorithms to fit the device’s power and memory constraints.
• Seamless Connectivity: Establishment of robust connectivity between the wearable and Android app.
• Over-the-Air Update Capability: Enabling remote firmware updates for continuous improvements.
• Optimized Power Consumption: Balancing performance and power usage for an energy-efficient device.

needCode team’s dedication to the Butterfly.care project has led to a transformative impact on infant care technology.

By creating a sophisticated wearable device that seamlessly tracks vital signs and communicates with an Android app, they have revolutionized the way parents monitor their babies.

The project showcases the power of cross-disciplinary collaboration, cutting-edge technology integration, and efficient design practices.

Xtrava Health’s Butterfly.care stands as a testament to the potential of innovative wearable solutions in addressing real-world challenges, enhancing infant care, and driving business success.