ESP32

A new open-source quadruped robot called Sesame Robot is making legged robotics more affordable and accessible. Developed by Dorian Todd, Sesame is built using an ESP32 microcontroller, 3D-printed parts, and eight low-cost servos, keeping the total build cost around $50–60. With complete CAD files, firmware, and detailed assembly guides available on GitHub, users can easily build, customize,…

By Biswa Pratik Parida

The Privacy-Centric Edge AI Station

The S3 Private AI Station was developed to address the growing concern regarding data privacy in the ecosystem of smart home assistants. Traditional smart speakers rely heavily on cloud-based processing, which necessitates the continuous…

By Karthick Nagaraj

Bringing Knowledge to Life: Meet SmartLearn Avatar

SmartLearn Avatar is a revolutionary AI-powered educational ecosystem that breathes life into static study materials. By transforming PDFs, lecture notes, and web resources into a vibrant, dual-voice conversation, it provides…

By Nikhil A E

This project is a smart vault built on an Memento Programmable Camera Board that uses physical objects / items for two factor authentication (2FA). Instead of just relying on a standard username and password, the system requires a physical key to grant acces but rather than a metal key, it uses an everyday object like a coffee mug, a toy, or a keychain. When you want to…

By Krishna Chauhan

The Aura AI system is built on a Client-Server architecture that splits the workload between an Edge Device (the physical interface) and a powerful Python Backend (the brain).

1. Firmware (The Edge - aura_firmware.c) The code for the ESP32-S3-BOX-3 is written in C using the ESP-IDF framework. It handles real-time interaction with zero latency.

By Arun Kumar

Human–machine interaction today is heavily centered around speech.

Voice assistants, smart speakers, and voice-controlled home automation systems assume that the user can speak clearly and consistently.

However, this assumption excludes an important group of users:

By Aman Gandotra 

Find My Book is an AI and IoT-powered Smart Library Management System designed to automate the processes of book searching, issuing, returning, and theft detection.

This system includes an interactive touchscreen kiosk on the ESP32-S3 Box 3, which allows users to quickly locate…

By Aniket vishwakarma

What I made: I built "Core Posture," a bidirectional IoT system designed to fix "tech neck" and poor sitting habits. It consists of two parts: a wearable device worn on the upper back (Sender) and a smart display unit for the desk (Receiver).

Why I made it: Existing posture…

By Rohan Barnwal

HomePod S3 is a  Smart Desk Companion that combines everyday utilities into one compact offline-first device designed to sit permanently on your desk. The goal of this project was to answer a simple but important question:

If a small device stays on your desk all day, how can it…

By Akash A S

The iBIGS (Infant Behavior Intelligent Guardian System) is a smart baby monitoring and sleep-aid device built using the Adafruit MEMENTO (ESP32-S3) platform. The system is designed to help parents monitor infants, detect crying or movement, and provide soothing sounds to help babies sleep.

By Archit Jain

Technology today is rapidly transforming the way humans interact with machines, making systems more intuitive, lifelike, and intelligent. Advancements in Artificial Intelligence (AI), robotics, and embedded systems have opened new pathways for creating machines that can mimic human expression and behaviour. This…

By Pratham Sapkal

This project implements a wearable smart band that continuously monitors vital health parameters such as Heart Rate (BPM), Blood Oxygen Saturation (SpO₂), physical movement, stress level, and sleep state.

An SOS button is integrated to allow the user to send emergency alerts. All…