• Monitoring Air-Fuel ratio in car exhaust has key importance for engine maintenance. Implementing a customized micro-controller-based board for wide-band sensor, resulted with a small, low-cost solution delivering accurate AFR data to the driver.
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  • Development and design of a small and low power PCB packed with sensors to provide car monitoring and security solution that can work over great distance by using the car's OBD (on board diagnostics), Information from all cars is transmitted to main circuit using LoRa network.
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  • Carmelit, which is an underground funicular railway in Haifa, raised a need for a device that can monitor Indoor air quality (by CO_2 level) and the number of people at stations. The project goal is an implementation of an IOT device which is small, portable, inexpensive and meets the Carmelit requirements.
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  • Despite the technological development of transmitting mails, conventional mail is still needed. People occasionally forget to check their mailbox, thus they miss receiving important envelops which are still sent to mailbox, such as the ones containing official documents and bills. The goal of the present project is building a low power device that notifies its owner regarding incoming mail packages, and counts them.
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  • This project includes design and implementation of a system that receives a video stream input and averages the colors of the pixels at the screen margins to get appropriate colors for LEDs in a LEDs chain that will be surrounding the screen. In other words, we will surround the screen with LEDs and give each led a color that is similar to the pixels located near this LED.
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  • A small energy-efficient camera sensor that has the ablility to transmit an image to the cloud was built. The sensor communicates with the cloud through LoRa (LoRa stands for Long Range, a low-power wide-area network technology) and thus is able to be located at a distance greater than any other communication network. The captured picture is divided to packets, and these are transmitted with the help of a special communication...
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  • The project “wisdom of the crowd” was about finding a solution to stealing/loss of individuals in a herd. The solution is based on exclusively manufactured IoT board and an Ad-Hoc wireless network deployment algorithm developed and implemented for it. The IoT board was based on Lora communication, supports up to 15Km range in open environment, while using minimal energy. The algorithm developed to reduce as much as possible the network...
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  • The project is developing an IOT system in order to connect a Parkinson medical device to the amazon cloud and uploading a data from the device controller to the server. In addition, to implement a convenient GUI with follow up system.
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  • An implementation of an infrastructure of low power, high range and scalable network of sensors used to efficiently collect information in a secured manner
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  • Anemometers (wind speed meters) are an important measurement tool that have several applications in a variety of fields. They have moving parts that cause erosion and increase the physical size of the component. The project’s main goal is to make a cluster of IOT-sensors (without moving parts) that will replace the traditional anemometers. In addition the cluster will show both the wind speed and wind direction in the location that...
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  • The goal of the Project is Development an IOT sensor system management. The transfer of information done using the MQTT protocol. The system implement an example application that demonstrate the capabilities of the management system. The system allows the user to control the system manually (from the GUI) or automatically (according to the smart server)
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  • The IoT ("Internet of Things") is a big trend in the industry nowadays, and one of the most commonly used products in IoT networks is a remote-controlled web camera. The purpose of this project was to build such a system, using two Zedboards (SoPC), a joystick, a screen, a motor controller and a stepper motor.
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