In a human being, interaction is a basic human need, however, in a person with Speaking Impairment, there are many obstacles of facing.in making the larger society aware of them. The old-fashioned techniques such as sign language suppose the skilfulness of both sides. Interpreters are not accessible and costly all the time. To overcome this obstacle, a wearable Gesture-to-Speech is offered in this research study. A system, which converts hand gestures to audible speech with ESP32 Devkit microcontroller, flex sensors and a speaker module. The system will be lean, affordable and easy to use with the aim of enabling the non-verbal individuals to have a tool to use. Real-time communication. The glove includes flex sensors in every finger to identify the bending gestures which are fed through an. ESP32 Devkit microcontroller. Gestures known to a computer are assigned to preset commands stored in a DF Mini MP3 Player. Embedded Micro Sd card. When the sound is detected, the relevant audio message is sounded via a speaker and the same command is issued.as well as shown on the webserver of the ESP32. This bipolar output, auditory and visual, makes possible the real time. Conversion of sign language to oral language and writing. The system is more accessible and inclusive and also facilitates avenues. A low-priced solution to assist in overcoming communication barriers during the daily interactions.