PipBoy-Pi5 Project. A how to guide on building your own functional PipBoy from Fallout!

An open source watch OS for ESP32-S3 based watches (Made in India 🇮🇳)

An ESP32 based smart watch (WIP)

"Edith" is a HackHarvard-born AI project enhancing personal wellness by analyzing emotional states through data from wearables like Apple Watches and Fitbits. It's designed to improve user experience and well-being through advanced AI-driven emotion analysis.

This project is a wearable communication aid designed for individuals with speech or hearing impairments. It uses flex sensors embedded in a glove to detect hand gestures, which are interpreted by an Arduino Uno and translated into meaningful phrases

Arduino Icy Tower Motion Controller lets you play the classic Icy Tower game with motion controls! A wearable Arduino-based transmitter detects your head tilts and jumps, sending commands wirelessly to a receiver Arduino that emulates keyboard inputs for immersive retro gaming.

NeuroShield is a conceptual AI-powered wearable defense system that detects life-threatening situations using brain signals and environmental sensors, activating an electromagnetic shield to protect users from threats like falling objects and gunfire.

An AI-powered wellness companion app for the Omi device, providing real-time mood tracking, personalized coaching, and wellness insights.

Posture Pro, a posture correcting wearable device

🚀 Helm pintar dengan AR HUD, LiDAR, AI voice, GPS, dashcam, dan konektivitas smartphone! 🏍️✨ Tingkatkan keselamatan & kenyamanan berkendara dengan fitur canggih, kontrol suara, dan real-time info. 🔋📱👁️‍🗨️

FOTLOW is a wearable emergency security system that detects motion-based threats using pressure sensors in footwear, leveraging BLE, LoRaWAN, and real-time analytics to send alerts and ensure user safety.

An AI-powered smart glove that detects toxic gas, high temperature, fall types, and overloads in industrial environments, sending real-time alerts and logging data for machine learning-based safety analysis.

A smart, wearable glove that recognizes and tracks exercise movements using AI, real-time feedback, and an interactive button interface.

This repository contains a Real-Time Brain-Computer Interface (BCI) System for stress monitoring and control using EEG signals. It captures live brainwave data, detects stress levels using machine learning, and enables real-time responses for health, wellness, or interactive applications.

This repository contains an end-to-end data analysis project for Bellabeat, a health-focused smart device company. As a junior data analyst, we explore public smart device usage data to identify key behavioral trends and translate them into actionable marketing insights for Bellabeat.

A simple pulse rate monitoring system using Arduino, a pulse sensor, and an LED indicator. It reads heartbeat signals, calculates BPM (beats per minute), and provides real-time feedback.

Speculative PoC. Using Spatial Computing, AR, and Spatial Audio to imagine a wearable tech accessibility tool that translates object's position into sound for people with visual impairments.

Tact is a lightweight, Arduino-based prototype that translates virtual touch events into simple, spatial haptic feedback through vibrotactile motors for rapid experimentation and learning.

A smart hat with a built-in 3-axis accelerometer and magnetometer compass sensor and 16 vibration motors to inform the wearer of the direction of true north.

AR smart glasses for U.S. military — fully hands-free, encrypted, with battlefield-ready features.