Write a C# App for Beaglebone. Access GPIO & AIN ports and store on Azure using WindowsAzur. Storage lib. Use remote debugging from VS 2017.
Here I have different number of technologies work together under one roof.
An all parts included kit to build a walking smart robot dinosaur.
The idea of this project is building a home automation system based on natural voice.
Want to know more about the fourth industrial revolution and how it will affect your business? Then this project is exactly for you!
I have designed and built a prototype of an underwater robot with ARM technology AI. For the monitoring, cartography and data collection.
A smart mirror with voice interface control via ReSpeaker. We also connect with Wio Link to control other objects! Based on Raspberry Pi.
Graves the butler will use 3 Arduinos and an Echo Dot to follow you with his head and flap his jaw at you.
Running for: NASA- Out of this world; Best Project; Formech Sustainability Award; Digi-Key Award; Isthmus Engineering Award
ARM mcu based, autonomous waterbot, equipped with sensors to measure water quality of water reservoirs both locally/remotely
We are making a smart flight helmet with features such as night vision, emergency situation, Mayday alert, flight information, map, etc.
A plant monitoring solution with temperature, humidity, light levels and soil moisture sending metrics to the cloud.
We made few upgrades to our previus project. Now, we can move the robot arms using two T-Skin.
We use The Tactigon Skin (T-Skin) to control our tracked rover by moving our hand!The rover robot is Arduino base robot with BLE
An automatic information collection system applied to tea plantation. It is part of intelligent agricultural information collection.
A device that waters plants and monitors temprature using an ESP8266 and Android app.
Autonomous drone equipped with GPS for traveling by the mountains, GSM, and a thermal camera capable of locating lost people or animals.
The autonomous system guided by GPS, designed to map the water and air quality of a specific area, communicating the data in real-time.
Our mission with nature is to preserve it, designing and implementing technologies and monitoring methods with the help of IoT via Helium.
Using magnets and arduino components to create a levitating, and self-propelling, magnetic train.
Knowing the location of planted seed/ sapling and viewing their stages of growth.
A cube with all the necessary sensors, suitable for a wide range of applications like agriculture. Know the land beneath you!
I have this mower that I made from a BBG, Motor Bridge Cape, and there is no engine (YET)!
Create an autonomous, AI-driven robot using audio API and an on-board, artificial neural network.
Or connect with your social account:
New here? Create an account