
India's Silk Farms Get AI Upgrade, Yields Soar
Former scientist Dr. Jolapuram Umamaheswari now earns steady income farming silkworms using precision science. Across India, AI and sensors are transforming ancient silk farming into a modern, profitable industry.
A scientist in Singapore traded her lab coat for a different kind of precision work: raising thousands of silkworms on a farm in India.
Six years ago, Dr. Jolapuram Umamaheswari returned to India jobless but determined to run her own business. She chose silk farming, where biology meets entrepreneurship in the delicate work of feeding mulberry leaves to silkworms and harvesting their cocoons.
The early days brought disease outbreaks and inconsistent yields. But Umamaheswari's scientific background helped her troubleshoot problems with hygiene, feeding schedules, and temperature control.
Today, she produces 10 crops of raw silk annually, each batch taking just 25 to 30 days. The work generates about $1,000 monthly, creating steady income rather than seasonal paydays.
Her success reflects a broader transformation happening across India's silk industry. At Asho Farms, founder Krishna Tomala uses AI-powered cameras to spot diseased silkworms with 99% accuracy, removing infected larvae before entire batches are lost.

Sensors now automatically adjust fans, heaters, and humidifiers to maintain perfect conditions. This matters because silkworms grow a thousand times larger in just 25 days, and even slight temperature or humidity changes can devastate crops.
India ranks as the world's second largest silk producer after China. But it holds one unique advantage: all four commercial silk varieties grow here, including Muga silk found nowhere else on Earth.
The Ripple Effect
The industry's modernization is creating opportunities beyond the farm. Government researchers partnered with Japanese scientists to develop disease-resistant silkworm varieties through genome editing.
Even waste products are finding new life. Every kilo of raw silk leaves behind two kilos of dried silkworm pupae, which contain over 50% protein and now feed poultry and fish.
Solar-powered machines can process 50 to 60 kilograms of raw silk daily, turning what was once slow handwork into precision manufacturing. While some worry about declining farmer numbers, production keeps rising as modern techniques boost yields per acre.
Umamaheswari is already planning her next move: adding cows to provide milk income and manure to fertilize her mulberry plants. For someone who loves applying knowledge practically, silk farming offers endless room to grow.
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Based on reporting by BBC Technology
This story was written by BrightWire based on verified news reports.
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