Deep Dive

V-BIKES: IoT Collision System

Enhanced safety measures for two-wheeler vehicles utilizing IoT frameworks.

Role

IoT Systems Designer

Components

Ultrasonic, GPS, GSM

Platform

Arduino / Embedded C

Impact

Urban Safety Prototype

The Problem

Two-wheeler accidents are a major urban crisis, often caused by lack of visibility and delayed emergency response. V-BIKES was designed as an integrated safety shield that not only predicts collisions but actively coordinates rescue efforts in the golden hour after an accident.

V-BIKES Hardware
The integrated sensor array mounted on the prototype frame for real-world stress testing.

Core Safety Features

Smart Safety Stack

  • Predictive Proximity: Ultrasonic sensors maintain a dynamic "safety bubble" around the rider, providing escalating haptic alerts as obstacles enter high-risk zones.
  • Collision Notification: Upon detecting an impact or a sudden fall (via accelerometer), the system automatically transmits the precise GPS coordinates to emergency contacts via a GSM module.
  • Intelligent Safeguards: Integrated helmet detection ensures the system only activates when the rider is properly equipped, promoting better safety habits.

Scalability

The system was built with cost-efficiency in mind, designed to be easily retrofitted to existing affordable commuter bikes. Our prototype demonstrated that high-end safety features like automatic incident reporting can be implemented with low-power, affordable embedded components.

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