India silk industry renewal is gathering pace as science, technology, and entrepreneurship reshape one of the country’s oldest rural industries. Across states like Andhra Pradesh, farmers and startups are blending research with tradition to revive sericulture and boost incomes.
Dr Jolapuram Umamaheswari represents this shift. She left her career in Singapore and returned to India in search of independence. “When I came back to India, I was jobless but I wanted to be my own boss,” she reported.
After exploring options, she turned to silk farming. “Silk farming sits at a rare intersection of biology, precision, and business. It didn’t feel like I was leaving science, it felt like I was applying it differently,” she said.
Science Meets Tradition
Sericulture involves feeding mulberry leaves to silkworms, harvesting cocoons, and extracting silk fibres. The process demands strict control of temperature, humidity, and hygiene. Early setbacks tested Umamaheswari’s resolve.
“The early days were not easy. There were disease outbreaks, inconsistent yields, and the steep learning curve that comes with managing living systems,” she said.
Over time, she refined her methods. Better feeding practices and environmental control improved survival rates. Today, she produces around 10 silk crops annually. Each cycle takes less than a month and generates a steady monthly income of about $1,000.
Experts say her journey reflects a broader transformation. According to India’s Central Silk Board, improved techniques have increased productivity even as the number of farmers declines.
“India is the only country in the world where all four commercial varieties of silk are available,” said Manthira Moorthy from the board, referring to mulberry, tasar, eri, and muga silk.
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Technology Reshapes the Industry
Startups are accelerating this renewal. At Asho Farms, founder Krishna Tomala has integrated sensors and automation into silk farming.
“A silkworm grows nearly a thousand times in just 25 days. But its success depends completely on temperature, humidity and good-quality leaves,” he said.
Sensors now monitor conditions in real time. Automated systems adjust fans and humidifiers to maintain optimal environments. The company also uses artificial intelligence to detect disease.
“I use computer vision and machine learning. Cameras can detect early signs of diseases in silkworm larvae with over 99% accuracy,” Tomala said.
Beyond farming, technology is transforming silk reeling. Machines now extract fibres faster and more efficiently. Satheesh Kannur, a silk reeler, said one machine can produce up to 60kg of raw silk daily.
“Technology is transforming silk reeling from a slow, manual craft into a fast, precision-driven industry,” he said.
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Challenges and Future Outlook
Despite progress, challenges remain. India ranks second globally after China in silk production. However, fragmented landholdings and declining farmer interest could limit supply.
“Without cocoons, there is no silk,” Kannur warned, pointing to growing demand from manufacturers.
Officials remain optimistic. They say better disease control, genome research, and improved farming techniques will sustain growth. Researchers are also developing disease-resistant silkworms through international collaborations.
Meanwhile, farmers like Umamaheswari continue to innovate at ground level. She plans to integrate dairy farming into her operations, using manure to enrich mulberry crops.
“Even small improvements in technique can significantly increase yield and quality,” she said.
As India blends science with tradition, its silk industry appears poised for a new phase of sustainable growth.
