IIIT-H and Silicon Labs will create a dense, campus-wide smart streetlight network that will allow sensors, energy meters and other devices to utilise the lights as router nodes to send data.
Solutions that monitor pipelines from space, digitise analogue water meters and monitor water flow in real-time were chosen for the Smart City Living Lab water challenge.
The focus areas include testing and screening for people on campus, automatic cleaning and sanitation, crowd control/monitoring and air quality improvement.
Silicon Labs becomes part of the private, public and academia ecosystem set up in Hyderabad, which will help to enable the country’s smart cities and drive economic growth.
The month-long programme will give selected start-ups an opportunity to pitch to smart city technology multinational companies as well as smart city officials.
The Dubai Roads & Transport Authority’s metro and tram networks, which carry around 210 million passengers per year, are a key part of the emirate’s smart mobility vision.
The World Economic Forum has chosen the cities to pioneer a global policy roadmap developed by its G20 Smart Cities Alliance for the ethical and responsible use of data and technology.
The International Institute of Information Technology in Hyderabad will also establish the Living Lab to showcase new ideas and a place to co-create smart city innovations with start-ups.
India’s second-largest metro network at 69km long connects to six railway stations to help create shared mobility and multi-modal transport options for passengers.
The passenger rapid transit system connects two existing terminals and satellite halls and the line is expected to shuttle up to 250,000 passengers per day.
We use cookies so we can provide you with the best online experience. By continuing to browse this site you are agreeing to our use of cookies. Click on the banner to find out more.