What are the areas of prohibitive labour that can be sustainably managed by robots? Discuss the initiatives that can propel research in premier research institutes for substantive and gainful innovation.

Robots for prohibitive labour

'Prohibitive labour' refers to work that is hazardous, degrading or physically inaccessible to humans. Robotics and automation can sustainably manage such tasks while protecting human dignity and life.

• Sanitation: manhole and sewer cleaning to end manual scavenging, and hazardous-waste handling.
• Mining: deep-shaft and underground operations prone to collapse and toxic gases.
• Nuclear and chemical plants: maintenance in high-radiation or toxic zones.
• Defence and disaster response: bomb disposal, mine detection, firefighting and search-and-rescue in rubble.
• Deep-sea and space: exploration in extreme, unreachable environments.

Initiatives to propel research

Premier institutes need both funding and an innovation pipeline:

• Raise national R&D spending, currently below one percent of GDP, and create dedicated robotics missions and centres of excellence at IITs, IISc and NITs.
• Strengthen academia-industry linkages so laboratory prototypes reach the market, backed by translational funding.
• Nurture a start-up and skilling base through incubators, Atal Innovation Mission tinkering labs and fellowships.
• Public procurement of indigenous robots, and challenge-grant programmes to solve defined national problems.
• Protect intellectual property and reward publications tied to commercialisable, gainful innovation.

Directing robotics to India's hazardous, dignity-eroding tasks converts research strength into humane, employment-augmenting and economically substantive innovation.