This project is to give a new meat drying experience, where one can dry meat in a monitored environment without having to need to check on it every now and then. The controlled machine ensures the appropriate conditions for the process as determined by the user via its application, and keeps the user updated about meat’s status.
Project tag: arduino
-
-
Implementation of a Neural Network over a microcontroller of the ESP32 family using recently introduced TinyML library tools. The project describes prototype development of a smart door peephole capable of person identification.
-
This project deals with the creation of an automated Hydroponic cell and the integration of a wireless interface for it.Categories: IOT
-
The project is basically the signal sharpener that will receive a signal from the generator, and will replace the slow clock rise of the signal with a fast clock rise of 40 Pico per second. In order to allow control of the system, it will be controlled by microcontroller.
-
Designing a real-time monitoring system that monitors a door and transmits its status wirelessly to a remote user. The transmission will be operated by a unique low-power micro-controller and by LoRa protocol, enabling the system to work for a long time using a small battery.
-
System On Chip projects that links between the Engine Control Unit (ECU) and the engine itself. it runs on an arduino platform which is cheap comparatively so it allows car engineers to simulate many scenarios and check what the ideal parameters to launch the engine are. it provided with basic scenarios that can be easily extended.
-
Continuously monitoring and controlling greenhouses’ climate has been proven as key to growth and quality of the crop. A simple way of answering the above needs is by implementing an IoT system. This project uses an ESP32 and a specifically designed phone application to answer these needs.
-
Recently, more and more devices are being connected to each other in a smart way, as known as “IoT”. Therefore, we brought out a system of a “Smart Lock” instead of the traditional Lock, as a part of the growth of IoT. This Lock can be used by anyone who has Android based devices , and with the app installed on it, so he/she can control the Lock by his...
-
Full smart house system composed of IoT modules. The system built using ESP8266 components and sensors and includes server environment for administrating and controlling those modules. The server environment contains MQTT communication server, mongoDB server for maintaining the Database and express.js to navigate between those servers.
-
Solution based on IOT utilization to prevent sheep from steal or any distress situation. Every sheep would be equipped with a connected collar that will be able to inform the Shepherd on its situation. A sophisticated algorithm would be able to detect any dangerous case by using sensors, GPS and other data, and alert the shepherd by a SOS message.
-
The project 'IOT for a Car' belongs to the IOT area. This project deals with developing an alert System, located in a car, which sends reports to the car owner in cases of emergency.
-
An Engine Control Unit based on an Intel Galileo SoC. The ECU is a real time system that reads the engine sensors and determines the ideal fuel amounts and ignition times.
-
Planning and construction of a smart home system which will be based on the Arduino micro controller. The system will be connected to the Internet, and will be able to take orders over it.
-
Prototypes of 2 "smart collars" based on Arduino boards to for herds members. Each smart collar receives GPS and sensors data. The collars share data through WIFI. Real time data will be transferred to the mobile phone through cellular communication.
-
System based on Arduino Mega micro-controller that can help one to manage his or her refrigerator in an easy manner.
-
The smart switch that can be controlled via the internet and through a dedicated server implemented specifically for this purpose.