Managing the Internet of Things


Demonstration of a solar street light management system. Credit: Hong Kong Applied Science and Technology Research Institute

Demonstration of a solar street light management system. Credit: Hong Kong Applied Science and Technology Research Institute

Researchers in Hong Kong have developed a software platform designed to manage and control devices for “Internet of Things” (IoT) systems. The platform can be tailored for everything from city management sensors and devices to controlling home appliances.

The Internet of Things (IoT) is an emerging technology in which smart devices are interconnected and communicate via the Internet. A limitless range of devices could be incorporated into the IoT, from refrigerators and TVs to cars and solar panels. However, there is currently no universal system for managing these devices and the data that is transferred between them.

ASTRI has developed the “IoT Management and Application Platform” (IMAP), which allows the connection of a local network of devices to the Internet, and provides remote management of devices and data through a simple and customizable web-based graphical user interface.

To demonstrate IMAP’s capabilities, ASTRI has developed several “Smart City” applications. These include “Solar Street Light Management”, a system designed to provide real-time monitoring and remote control of more than 3,000 street lights in target to reduce maintenance costs.

Dr Chan says that the flexibility of the system means IMAP offers solutions on a smaller scale too. “IMAP can also support smart home applications to provide status monitoring, remote control, data collection and notifications for home appliances and devices,” he explains.

Other Smart City applications:

Based on the Solar Street Light Management application, the ASTRI team can further develop an “Environmental Monitoring and City Management” application. The environmental monitoring system features different devices and sensors for deployment on street light poles, including air quality monitors that measure pollutant levels, sound sensors to detect noise levels, and temperature and humidity sensors. If the system senses that the weather is dry, the temperature is high and the air quality is poor, it can send commands to turn on roadside sprinklers to irrigate plants and trees, lower the temperature and improve the air quality.

The “Renewable Energy Device Management” system was designed and developed to remotely monitor and control solar power stations that provide green energy for city-operated facilities and devices, such as river/canal toll machines, bridge monitoring devices, bus stops, display boards, road signs and cameras.

 

 

Adapted from an Article in Phys.org, provided by Hong Kong Applied Science and Technology Research Institute.

Full article at: http://phys.org/news/2015-05-internet.html#jCp

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About Georges Abi-Aad

CEO, electronic engineer with MBA in marketing. Multicultural; French citizen born in Lebanon working in the Middle East and fluent in French, English and Arabic. I have more than 30 years of proven experience in the Middle East with European know how. I am good in reorganization and in Global strategic management business. I am a dependable leader with an open approach in working with people, forging a strong team of professionals dedicated to the Company and its clientele. Perseverance is my key word. Married to Carole and having 2 children: Joy-Joelle and Antoine (Joyante!).
This entry was posted in Business Analysis, Electronics, Engineering, Global strategic Management, Green Technology, internet of things, Technology and tagged , , , , , , , , , . Bookmark the permalink.

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