Seeed MR60BHA1: Sense presence, breathing, and heartbeat with mmWave precision. Non-contact, low-power, and compact for smart homes, health

How to connect the TTP223 touch sensor with ESP32 to control relays. explained the circuit and source code in detail.

This project shows how to control the hydroponic system as automation and how to monitor the desired data through applications.

The project titled "Ethernet-Enhanced LoRa Gateway: Minimizing Delay, Maximizing Security" focuses on the development of a LoRa (Long Range)

Do you have difficulties keeping your house plants alive? this might help preventing you from over/under waterings your favourite plant.

"Hey siri, Please open dyson fan"，"Hey siri, please open the TV". "Hey siri, Turn down the air conditioner temperature"

Soil Moisture Sensor - Water Pump - Water Level Sensor - MOSFET - Circuit - Code

Monitor lab conditions remotely with wireless sensors using SPE to save energy and protect the environment

Digital Safe Box (RP2040+W5100S+FingerPrint) Part2

A system using light, soil moisture and humidity sensors to control the water, light and humidity needed by the vertical farm.

An automated Wi-Fi connected greenhouse status monitoring and control system for soil moisture, temperature, humidity and light intensity

Monitoring soil moisture & acidity for small-scale plantation.

A remotely controlled Greenhouse System using Blynk, NodeMCU-12E and Arduino.

The term "smart water metering" is used to describe the use of cutting-edge technology for improved water usage tracking and management.

Monitoring parameters of Greenhouse located at remote location (with no Internet Connectivity), using LoRa IoT

In this Internet of Things project, I have shown how to make the IoT-based water pump controller using ESP32 Blynk & float sensor switches.

Control and Monitor your ESP32 Dev Board with the Blynk IoT Cloud. Guide for Blynk 1.0 (legacy) and Blynk 2.0 API uses

Harsh Weather Monitoring Using Arduino MKR 1300 and Blynk

Make IoT-based Home Automation using ESP32 Blynk with the Fan Speed control, sensor, and IR remote control relay with real-time feedback.

The fundamental understanding and significance of developing an Agrovoltaic monitoring system for smart agriculture.

A simple bee monitoring system that uses sensors and AI vision to facilitate bee care

This idea aims to provide a solution to generate early warnings that allow timely reaction to disasters due to floods or avalanches.

The monitoring system can help identify hotspots and provide data to study the effect of different parameters on the emission of GHGs.

Smart step counter shoe using ESP8266, Infrared Sensor and a LiPo battery.