Web application for learning haptic braille.

Arduino code for the core functionality of the haptic Braille glove project (details at https://tanay-bits.github.io/project/braille-glove/)

AI-powered wearable combining real-time obstacle detection with haptic Braille communication for deaf-blind users. Edge AI on Raspberry Pi with Sony IMX500 camera.

Setu – Accessible Learning App Setu is an inclusive mobile application designed to bridge communication gaps for blind, deaf, and mute users through accessible learning of Braille and Sign Language. The app ensures voice-based navigation, haptic feedback, and visual cues to create a warm, friendly, and empowering experience for everyone.

Haptic research braille display

iPhone app for refrashable braille using haptic feedback vibrations

No description available

An app which reduces the need of physical braille using clever use of vibrations

A joystick-controlled mouse and braille output system that converts on-screen text to braille using Python OCR and Arduino.

No description available

This study aims to create a dual-zone haptic braille input system featuring two six-dot braille layouts that allow users to designate a primary typing zone based on hand dominance, while utilizing the secondary zone for text enhancement functions such as capitalization, numerals, and special characters.

To provide Haptic-feedback based solution for visually impaired people by converting normal text to Braille format to help them understand the message.

Using braille to test the haptic concepts of the Neotype project

SMS service using Braille writing system, inspired by Immersion Haptics SDK.

Six Dots: Learn braille through haptic vibration. Documentation, research, and design decisions.

Designed an app to teach English and numbers to deafblind users via Braille input. Included haptic feedback, mode switching, and chatbot-based support.

H.A.N.D.S. (Haptic Assistant Navigation Detection System) - A computer vision-based assistive tool for locating braille signage and guided the users hands via TTS.

Smart Communicator is an assistive system for the visually impaired that combines Braille hardware, AI-powered text summarization, multilingual translation, and remote access via Streamlit. It uses OCR, haptics, and IoT to enable efficient, inclusive communication.

The main purpose of our project is that this machine works like a third eye in the life of a blind person.These solutions include wearable devices, sensory substitution, navigation apps, Braille displays, haptic feedback, AI assistance.

A mobile app for the visually impaired includes a Braille keyboard for typing using gestures and buttons, with text-to-speech and haptic feedback. Object Detection module using a camera for real-time awareness through audio feedback. The app uses MobileNetwork with SSD model to classify objects in images