Intelligent Gear X Pro Max(IGXPM) Guardian Protective Network(GPN)

Overview

Purpose: Millions of deaths are preventable annually, with timely emergency care (WHO). Yet in real life emergencies; lives are lost since help doesn't arrive within critical “golden time”. From cardiac irregularities and unseen elderly falls to outdoor emergencies, critical moments go unaddressed as current devices remain fragmented and lack real-time coordination. IGXPM focuses on this unmet need through an ecosystem for timely detection, intervention, and rescue operation. Procedure: The IGXPM GPN was established as a preventive detective wearable ecosystem integrating physiological supervision, motion detection, location tracking and real time data processing. At its essence the Dedicated Support Center powered by the Automated Real Time Monitoring System endlessly analyzes data, detects anomalies and initiates prioritized escalation. The system synchronizes with the Medical Response Network for emergency-aid, while Drone Activation Operation allows rapid aerial deployment and situational authentication. Results: The system confirmed continuous monitoring, abnormality detection and immediate alert-activation, ensuring user remains linked to the safety network. Integrated monitoring; unified decision-making, MRN coordination and drone-assisted verification reinforce instantaneous response effectiveness. Conclusion: IGXPM functions as an active guardian protective network where users are always monitored, protected and reinforced by a complete safety and rescue system. By uniting prevention, detection and coordinated response it addresses critical gap beyond conventional devices solidifying timely intervention and assisting in prevent loss of human-life and irreversible disability. When every moment matters timely intervention saves human lives

Competition history

• ISEF 2026 Biomedical Engineering · Entry ENBM084

Resources

• ISEF abstract page ↗

Related projects

Closest projects by meaning, across every fair and year in the corpus.