EM Trigger Defender Glove: A Next-Gen IoBT Solution for Soldier Protection

In modern warfare and law enforcement, the Internet of Battlefield Things (IoBT) has emerged as a crucial technology, offering a paradigm shift in soldier and security personnel safety and threat mitigation. This letter proposes and investigates the development of a groundbreaking system: the electromagnetic (EM) defender glove, aimed at real-time protection against various threats encountered by soldiers, police, and security professionals. Integrating sensors, microcontrollers, and wireless technology, this battery-operated wearable device presents a comprehensive solution to safeguard soldiers, police officers, and security personnel from arms and ammunition misuse and hostile encounters. This novel apparatus utilizes the ability to wirelessly lock/unlock ammunition triggers, incapacitate militants, terrorists, or violent offenders with a potent stun function during one-to-one combat, and disrupt hazardous electronics through electromagnetic pulses. Leveraging long-range Bluetooth low energy, compact yet powerful microcontrollers, and integrated onboard recharging units within the wearable hand glove optimally suits it for practical applications in both battlefield and law enforcement scenarios. Through rigorous design and testing, this study demonstrates the feasibility and effectiveness of the proposed system across various operational environments. The results underscore the significant potential of the EM defender glove in enhancing safety and operational effectiveness in both warfare and policing scenarios.