The watering system using Arduino and soil moisture sensor. Also, we can control the water supply automatically through this system.
This tinyML project aims to protect farms from pests and it also keeps updating the owner on climate and soil conditions.
In this project I will demonstrate how we can use Smart Agriculture Devices using Long Range Communication(LoraWan) in Rural areas.
NodeMCU interfaced with humidity sensor gets the analog input as moisture and post the moisture value to the cloud.
The objective of this project is to develop an Automated Hydroponics system that integrates cellular IoT.
Metaverse Now: Digital Twin Greenhouse Using SenseCAP IoT Sensors.
Keep your plant alive from your cell phone.
Control any high voltage (240V, 15A) load whilst monitoring two external sensors and current drawn by load. No additional PSU needed.
This is a smart irrigation system in which we use soil moisture sensors with Arduino.
Precise irrigation of paprika by using weight sensors to reach the optimum and required plant growth.
Azure Sphere Kit controls the water supply and lights in farming field via cloud central IoT application.
In this application the user gets notified via email whenever the humidity sensed by Agrumino is below a certain percentage.
Get detailed topographic information, fertility rates, homogeneity to soil temperature, and even measure weather in real-time.
Connect the agriculture sensors SenseCAP S2101 and S2104 with The Things Stack LNS using a standalone LoRaWAN gateway on a RPi with balena
We can use embedded ML on low-power microcontrollers to analyse crops in greenhouses without power and send the results over LPWAN networks
Pet Pot - A Smart Desk Planter
Reliable, cheap, extensible, modular, distributed irrigation control. This build extracts the essential bits of "Project Thor."
Create your Blynk mobile app to monitor your garden and activate the irrigation.
IoT sensing, notifications, and analytics platform for urban and large-scale agriculture with automated irrigation, using Sigfox technology.
How to make a smart greenhouse using Arduino and Node MCU for IoT
We use an Arduino Uno and a TLE94112 multi-half-bridge board to control a pump for automated plant watering.
A cube with all the necessary sensors, suitable for a wide range of applications like agriculture, monitoring, ,etc.
An automated Wi-Fi connected greenhouse status monitoring and control system for soil moisture, temperature, humidity and light intensity
FREISA, an acronym for "Four-legged Robot Ensuring Intelligent Sprinkler Automation, " continues the storyline of the B-AROL-O Team's saga
