electronic Hydrometer

In this project we have designed IoT Based Patient Health Monitoring System using ESP8266 & Arduino. The IoT platform used in this project is Ubidots (or ThingSpeak in old version).

Library for uploading Particle devices to Ubidots

The number of people in a video is detected and an alert is sent if the crowd is detected.

To monitor ISP quality and performance

Smart bottle project for IoT course

Development of a portable medical bracelet which combined both heart rate and electrocardiogram measurements transmitted wirelessly to a webpage and a mobile application in real-time

AURA is an ML-driven advanced EEG-based Brain-Computer Interface leveraging ESP32, ADS1299, and ML for real-time mental-state mapping and early disease prediction. Achieving 93% accuracy, it pioneers assistive tech for non-verbal communication and IoT integration.

Clase para uso de LoRa en las placas de desarrollo de HELTEC ESP32 LoRa.

Node-RED node used to interact with Ubidots API.

UPN Veteran Jatim | Final Project | Undergraduate Thesis

WisBlock Kit 1 Weather Station is a project that uses a RAK4631 LoRa module in order to transmit data (Temperature, Pressure, Luminosity and Humidity) over an Helium Gateway (RAK Miner V2) that relays data to an Helium router that dispatches the data to the platforms MyDevices Cayenne and Ubidots.

Unofficial Ubidots NodeJS API Client

The system is implemented using an Arduino Pro Mini for PWM-based conveyor motor speed control and an STM8 microcontroller for automatic item counting. An ESP32-S3 UNO is used as an IoT gateway to collect system data and publish it to the Ubidots platform via MQTT for real-time monitoring.

Notification Lamp - A lamp connected over the internet flashes colors based on notifications on a users phone(android). Hardware used : Raspberry Pi 3 Model B. Cloud service : Ubidots.

Arduino based Smart Led. The link to the demonstration is given below.

Bibox: Smart Baby Box 👶

RaspberryPy, Micropython and UbiDots project about a smart curtain that closes itself depending on the exterior light and current hour.

It is a GUI made in CSharp that allows you send and receive data from Ubidots API

This project consists of an ESP-32s that uses Arduino libraries to receive data (temperature, air/soil humidity, and light intensity) through UART and send it to an MQTT server on Ubidots. PlatformIO is used as the integrated development environment (IDE).