Innovation

The easy-to-use self-watering system called ‘Osmos’ allows gardeners to keep a planted pot inside the water-filled bowl. The clay terracotta pot absorbs water and the soil inside the pot remains hydrated.

Faced with crop spoilage in his village, 26-year-old Swuyievezo Dzudo used his science background to build a solar dryer that costs Rs 7,000. Now used by over 500 farmers in Nagaland, his invention is saving crops, boosting incomes, and earning national recognition.

NutriSens, a compact soil testing device developed in India, lets farmers analyse their soil in minutes without lab delays. Using just one gram of soil and a few simple steps, it provides real-time data to guide fertiliser use, improve yields, and restore soil health efficiently.

Discover how India is using AI-powered camera traps, drones, and apps to combat poaching and protect wildlife. Here are five innovative tools making a difference.

In 2024, Bengaluru’s water crisis — worsened by inadequate monsoons and rapid urban growth — exposed deep mismanagement. Dr Rohit Nara’s AI-enabled solutions, including smart metres and dynamic billing, helped cut water bills by 55 percent and reduce consumption by 35 percent.

Kamakhya Railway Station in Assam becomes the first in India to use drones for cleaning and sanitation. A major leap for Indian Railways, see in photos!

These low-energy, affordable, user-friendly products that people can install without hiring engineers or technicians can tackle the current heat crisis.

With smartphones in hand and curiosity in their eyes, today’s children are exploring nature up close. Technology is turning their discoveries into meaningful actions, helping protect local biodiversity and inspiring a deeper bond with the environment.

When Yavatmal farmer Sunil Kolpe faced declining yields and no loan support, he sold his wife’s jewellery, bought 16 buffaloes, and built a smart dairy — complete with a milk ATM, ice cream parlour, and 250 loyal customers.

In Madhya Pradesh, Anand Jain’s 16-acre farm utilises agrivoltaics to produce crops and solar power without sacrificing arable land. This innovative dual-use technology provides a sustainable farming model and supplies about 25,000 units of electricity to the grid daily.