Real-Time Biometric Heart Rate Visualization for Competitive Sports Streaming

Method for Real-Time Biometric Tracking and Visualization

• 8. A method for real-time biometric tracking and visualization in live sports streaming, comprising capturing real-time biometric data from an athlete using a wearable heart rate monitor;
• preprocessing and filtering the biometric data within a mobile application, wherein signal noise is removed and updates are transmitted only when heart rate fluctuations exceed a predefined threshold or at a fixed time interval;
• transmitting the processed biometric data to a backend server, wherein the data is synchronized based on match sessions and made available via a secure API;
• retrieving real-time biometric data via a web-based overlay system, wherein the system dynamically adjusts graphical exertion levels in response to real-time heart rate changes;
• and integrating the graphical overlay with a live video stream, wherein the overlay displays exertion-based health bars, real-time BPM counters, and comparative multi-athlete biometric trends.

System for Multi-User Biometric Tracking

• 13. A system for multi-user biometric tracking in live sports competitions, comprising a plurality of wearable heart rate monitors, each assigned to an individual athlete and configured to collect and transmit biometric data via Bluetooth, Wi-Fi, or 5G to a centralized system;
• a mobile application configured to pair with multiple wearable monitors, generate a shared match session ID for synchronized biometric tracking, and manage real-time biometric synchronization across multiple competitors in a single event;
• a backend server configured to store and synchronize match-specific biometric data to ensure real-time accessibility for overlay visualization;
• and a web-based overlay system configured to retrieve biometric data for multiple athletes simultaneously, display real-time comparative exertion levels using dynamically updating graphical health bars, and synchronize live graphical overlays with third-party streaming platforms.