Published Paper Details:

Communication is an essential human need, yet millions of individuals with speech and hearing disabilities encounter barriers in expressing themselves effectively. To overcome this challenge, we present a smart wearable glove designed to convert hand gestures into natural voice output. The system employs flex sensors embedded in the glove to capture finger bends, with signals processed by an Arduino ESP8266 microcontroller. These inputs are then translated into speech through an ISD1820 audio recording and playback module, amplified and delivered via a compact speaker. A 3.7V rechargeable battery with an integrated charging unit ensures portability and continuous use. Unlike earlier approaches that rely only on text or synthetic tones, this prototype provides real-time, clear audio communication, enhancing usability. The proposed solution delivers a low-cost, practical assistive device that bridges the communication gap for differently abled users, while also offering vital support for patients with paralysis or mobility restrictions.