Objectives: Heating, aeration, and irrigation. Behavior: Event when the temperature is low or high and the soil is dry. (Videos on Story)
Use a fleet of devices to monitor the soil in an agricultural field or greenhouse, and visualize the data remotely.
Frustrated with the prices for high quality grow light systems? Let's design a fully controllable, easy to adjust, open-source LED panel.
Our objective is to design, build and implement in-the-field technology in an ecological way that generates environmental awareness.
Need a quick way to monitor the soil moisture level of your favorite fern? Look no further. We have the answer.
The Green Box is an automated hydroponics system.
The irrigation system based on AI is made with an Arduino UNO and soil moisture sensor. The control system uses neurons to make decisions...
A cube with all the necessary sensors, suitable for a wide range of applications like agriculture. Know the land beneath you!
Monitoring parameters of Greenhouse located at remote location (with no Internet Connectivity), using LoRa IoT
Ozone to the Earth, Automatic tectum and aqua rehash system to the fields.
It helps in classifying the diseases of mango leaves for our Mango Farm in India using Tensorflow and OpenVino in Drones
Biofloc fish project monitoring.
Nindamani, the AI based mechanically weed removal robot, which autonomously detects and segment the weeds from crop using AI.
Farm indoor or outdoor, in very less space, with more growth and less water usage. Also, monitor the conditions on a cloud-based dashboard.
Real-time visibility and control of water, Nitrogen-Phosphorus-Potassium - from any where an Internet of Things (IoT) based system.
Automatic and smart care of plants by proper watering and their monitoring.
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.
Azure Sphere Kit controls the water supply and lights in farming field via cloud central IoT application.
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."
A cube with all the necessary sensors, suitable for a wide range of applications like agriculture, monitoring, ,etc.
FREISA, an acronym for "Four-legged Robot Ensuring Intelligent Sprinkler Automation, " continues the storyline of the B-AROL-O Team's saga
