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Most robots are born in clean rooms. They're tested on smooth floors, in good light, with steady power and plenty of space.

We keep asking the wrong question about robots. We ask which jobs they will take: coders, drivers, writers, cashiers. The better question is which jobs they should take first.

Imagine a robot that can navigate a dark underground drain, recognise obstacles, adapt to changing conditions and carry out a hazardous task without requiring a human to enter the danger zone. Or a robotic system that can assist people in recovering their ability to walk.

Our spine plays a vital role in supporting the body, maintaining posture and enabling movement. From standing and walking to performing everyday activities, spinal health is closely connected to mobility, physical function and quality of life.

Urban sanitation has traditionally been reactive. A drain gets blocked, a canal accumulates waste, water flow slows, and cleaning teams are sent in to clear the problem.

For most of the last decade, India's story in robotics has been one of adoption — importing machines from Japan, Germany, and South Korea to automate factory floors. In 2026, a second story has started running alongside it: India as a builder and, increasingly, an exporter of physical AI — the class of AI systems that don't just generate text, but perceive and act in the real world through a robot's body. The shift shows up in three places at once: venture capital moving into the sector, government policy explicitly designed to pull manufacturing and R&D onshore, and a first wave of Indian companies building physical AI robots with export markets in mind. Here's what's actually happening on each front.