Sensor

NeuroBand The Smart Safety Band NeuroBand: The Smart Safety Band

By Kartik Khandelwal

Core Purpose: NeuroBand is a specialized smart safety armband engineered to provide timely assistance to elderly and…

 Desk32 Smart Hub for Deep Work Desk32: The Minimalist Smart Desk Hub for Deep Work

By Ameya Angadi

In an era of endless notifications and remote work, our greatest challenge isn't a lack of tools, it’s a lack of focus. We…

Smart Home Energy Management System Smart Home Energy Management System

By Ojas Chanakya, Aniruddh Viswananthan

We have developed a smart home energy management system prototype that…

Core Posture: Smart IoT Posture Corrector and Hydration Assistant Core Posture: Smart IoT Posture Corrector and Hydration Assistant

By Aniket vishwakarma

What I made: I built "Core Posture," a bidirectional IoT system…

HestiaGuard - Intelligent Home Assistant HestiaGuard - Intelligent Home Assistant

By Ashwanth A, Muthiah Karthik S

HestiaGuard Smart Power & Safety System

HestiaGuard is a distributed home…

CM³ Centralised Mode Management Machine CM³ Centralised Mode Management Machine

By shiva shankar P

Most existing home automation systems emphasize remote access…

Send SMS Alert Using Seeed Studio Xiao ESP32 Send SMS Alert Using Seeed Studio Xiao ESP32

The Smart SMS Alert System using Seeed Studio Xiao ESP32 is one of the compact IoT projects that uses an HC-SR04…

Smart clock with Air quality monitoring, Pomodoro timer, Alarm and a mini retro game DIY Smart Clock with Air Quality Monitoring, Alarm and Timer

A tiny clock that integrates air quality monitoring, a timer, and an alarm sounds cool, right? Let's get into the article and know how it is built…

The M3 (Michigan Micro Mote) computer shown on a fingertip for scale World’s Smallest Programmable Micro-Robots Open a New Frontier in Robotics

Researchers from the University of Pennsylvania and the University of Michigan have unveiled the world’s smallest fully programmable autonomous…

Time-lapse of a Microrobot Executing a Flip How MIT's Aerial Microrobots Fly as Agilely as Insects

Engineers from MIT have developed aerial microrobots that are roughly 450% faster with about 250% better acceleration in comparison to prior demos…