From Lab Research to Silk Fields: How Technology and Innovation Are Reviving India’s Sericulture Industry – Obnews

India’s traditional silk sector is undergoing a quiet transformation as new technologies, scientific methods, and entrepreneurial farmers help modernize sericulture across the country. Once viewed primarily as a rural cottage industry, silk farming is now attracting professionals from diverse backgrounds who see it as a sustainable business opportunity supported by biotechnology and digital monitoring tools.

One example of this shift is Dr. Jolapuram Umamaheswari, who returned to India after leaving her scientific career in Singapore and chose to begin silk farming in Andhra Pradesh. Initially facing challenges such as disease outbreaks and inconsistent cocoon production, she gradually improved outcomes through better hygiene practices, feeding systems, and environmental control. Today, her farm produces multiple silk harvest cycles each year, generating a steady monthly income that resembles the stability of salaried employment rather than seasonal agricultural earnings.

Across the industry, technology-driven farms are reshaping how silkworm cultivation is managed. At Asho Farms, automated systems now regulate temperature and humidity, two critical factors for silkworm survival and growth. Artificial intelligence tools using computer vision help detect early signs of disease among larvae, allowing farmers to isolate infected worms before entire batches are affected. These innovations are improving productivity and reducing losses that once discouraged many small-scale farmers from continuing in sericulture.

India remains the world’s second-largest silk producer after China and holds a unique advantage as the only country that produces all four major commercial silk varieties: mulberry, tasar, eri, and the rare muga silk found mainly in Assam and Meghalaya. Researchers are also advancing genome-editing techniques to create disease-resistant silkworm breeds through collaborations with international partners, including institutions in Japan. At the same time, efforts are underway to utilize silk by-products such as nutrient-rich pupae as feed for poultry and aquaculture, improving the industry’s overall efficiency.

Despite these advancements, concerns remain about long-term supply challenges. Industry leaders warn that shrinking farmland and declining interest among younger generations in silk farming could limit cocoon production. However, India’s Central Silk Board says improved scientific support and better rearing techniques are already increasing yields per acre. Back on her farm in Andhra Pradesh, Umamaheswari is continuing to expand operations by integrating livestock into her system, using manure to fertilize mulberry crops and create additional income streams. Her experience reflects a broader trend showing how innovation and practical knowledge are helping reshape the future of India’s silk economy.