Secure Rider system

Abstract This research introduces a groundbreaking approach to enhancing biker safety through an advanced smart helmet system. Comprising two key units - the Bike Unit and the Helmet Unit - meticulously designed to detect accidents in real-time and implement proactive response protocols. Central to the system are dual MPU6050 Accelerometer and Gyroscope Sensor Modules, accurately monitoring bike and helmet orientation, reducing false alarms. Seamless communication between sensors and microcontrollers, facilitated by ESP32 modules, ensures rapid data exchange, with NEO-6M GPS enabling precise location tracking. The Helmet Unit includes touch sensors and a proprietary clip lock mechanism, prioritizing security by avoiding SIM card modules. Integration across units is seamless, with real-time engine status feedback via an indicator light on the Bike Unit.In accidents, the system swiftly establishes an internet connection via a mobile hotspot, transmitting precise GPS coordinates to a designated platform. Leveraging IFTTT, notifications and voice call alerts are dispatched to the user's mobile device for immediate assistance. Continuous safety evaluation post-accident ensures rider well-being until emergency services arrive.This smart helmet system signifies a significant advancement in biker safety, potentially saving lives and reducing road injuries.