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IoT-Based Smart Gloves for Visually Impaired Using Arduino

The IoT-Based Smart Gloves for Visually Impaired is an innovative assistive technology designed to enhance mobility and independence for visually impaired individuals. This Arduino-powered smart glove integrates various sensors and IoT capabilities to provide real-time feedback about the surrounding environment.

Key Features:

• Ultrasonic Sensors: Detects nearby obstacles and alerts the user via vibrations.
• Voice Feedback: Uses a speaker or Bluetooth connection to provide audio guidance.
• Gesture Control: Allows users to interact with smart devices through predefined hand movements.
• IoT Connectivity: Sends real-time location data to caregivers via a mobile app.
• Rechargeable Battery: Ensures long-lasting usability with efficient power management.

How It Works:

1. The user wears the smart glove, which continuously scans the surroundings for obstacles.
2. If an obstacle is detected, the glove provides vibration feedback to alert the user.
3. It can also use a voice assistant or Bluetooth headset to provide verbal navigation.
4. Integrated GPS and IoT features allow family members to track the user’s location for added safety.

Applications:

• Navigation assistance for visually impaired individuals.
• Smart home control using hand gestures.
• Emergency alerts and real-time tracking.

This Arduino-based smart glove is a revolutionary step toward assistive technology, offering safety, convenience, and enhanced mobility for visually impaired individuals.