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So we talked about groceries,
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the food we buy off the shelf, of course,
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it's all cultivated and grown on farms.
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And if we head to India, 50% of the workforce are employed in agriculture
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and a growing population, now at 1.4 billion,
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are dependent on the crops produced.
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But traditional methods are now making way for new technology
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that promises to make farms more efficient, productive, and profitable,
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thanks to artificial intelligence.
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Archana Shukla reports.
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For generations, Indian farms have been sown and tilled
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only with traditional know-how.
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But some, like Nitin Patil, are trying out something different.
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With sensor devices on his vineyard
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that check weather and soil health and uses artificial intelligence
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to figure out when to water the crops, add fertilizer, and tackle pests.
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Nitin then receives a precise advisory on a mobile app.
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This vineyard where we are now,
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it has no groundwater sources,
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and we are growing these wines with the water
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that we purchase from outside tankers.
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With the help of this AI data,
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we are now able to irrigate them only at the crucial stage.
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And that's helping us to say around 50% of the water
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that they actually used, we used to give before.
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Built in India, Silicon Valley, Bangalore, by startup fossil agritech,
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the service has led to a near 25% boost in productivity
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on crops like grapes and guavas.
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Informed decision-making is only one part of the solution to improve productivity,
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but weeding out inefficiencies in the existing age-old agricultural practices
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is also crucial.
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AI-powered robots offer a solution.
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This one is equipped with precision cameras
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that scan the ground in real-time,
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programmed to avoid wasteful spraying.
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The way spraying is done in India is on an acre level,
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and our mission is to boil that down into a plant-level decision-making.
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Just by spraying only on the plant,
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we are seeing a 56% savings.
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Improved rural digital connectivity and government support
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for agri-tech startups has pushed farm innovations.
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But even now, just 2% cultivators use tech in farming.
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We really need to enable the digital public infrastructure,
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and second is going to be public-private partnerships.
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India will always be resource constrained.
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We possibly are perhaps lowest in the yield level.
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We possibly are pretty much constrained on finance
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and insurance services for the farmers.
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And that's where the gap needs to be filled up with AI.
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Data-driven agriculture promises profitability,
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but will need considerable time and investment
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to reach majority of India's farmers.
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Archana Shukla, BBC News, Bangalore.