“To address the problem of landslides and to reduce the cost of sensing these disasters, a faculty-student group named iIoTs, incubated by Indian Institute of Technology (IIT) Mandi's technology incubator, Catalyst, has developed an indigenously built low-cost landslide monitoring and warning technology."
Brijesh Rawat, one of the watchmen working in my building, belongs to the Himachali region and every year during the monsoons I find him worried and anxious. With reports of landslides claiming lives, I can only imagine his fear.
“My entire family stays in the village up in the hills, and if they need to evacuate on short notice, my ailing parents will not even be able to move out,” he tells me. He goes to say, “The roads have now been shut, which means that even if I wish to reach them, I will not be able to.”
Adding to his woes, even the phone networks are down, so he has no way to reach his family.
One of the boons for the people of the region is a new device, which has been successfully developed by the Indian Institute of Technology, Mandi. It is a low-cost landslide monitoring and warning system against landslide disasters.
According to a report published in India Today, approximately 200 lives are lost each year due to landslides alone, and the government spends crores to cover the damage to infrastructure as well.
Professor Varun Dutt, School of Computing and Electrical Engineering, IIT Mandi, told the publication, “To address the problem of landslides and to reduce the cost of sensing these disasters, a faculty-student group named iIoTs, incubated by Indian Institute of Technology (IIT) Mandi’s technology incubator, Catalyst, has developed an indigenously built low-cost landslide monitoring and warning technology.”
Here’s how this device works:
– the landslide monitoring device detects any significant soil movement so that vehicular traffic can be alerted with the help of blinkers fitted on the roads.
– the system will not only warn vehicular traffic via hooters and blinkers but also globally (via SMSes) if there are soil movements of different magnitudes in the vicinity of the deployed system.
Ten such systems have been deployed in the Mandi region, and the hope is that the number of casualties caused due to the landslides reduces considerably.
(Edited by Shruti Singhal)
You May Also Like: Want to Become a Scientist for Climate Change? Here’s How You Can Help Researchers