Key Points
- AI could add ₹70,000 crore annually to India's agricultural economy
- India's startup count grew from 350 in 2015 to over 2.3 lakh today
- CSIR Aroma Mission enabled 8,000-9,000 youth to earn ₹60-70 lakh annually
Artificial intelligence could add approximately ₹70,000 crore annually to India’s agricultural economy through optimised farming practices and resource management, Dr. Jitendra Singh, Union minister of state for Science and Technology, said on Wednesday (8 July).
Speaking at the 17th Agriculture Leadership Conclave 2026 in New Delhi, the minister said AI-driven systems — which use machine learning to analyse weather patterns, soil conditions and crop health data — can help individual farmers save nearly ₹5,000 per year through better decision-making on irrigation, sowing and pest management. The cumulative effect across India’s farming population would generate the estimated ₹70,000 crore value addition, he said, though he did not name the source of this projection.
The conclave, organised with support from the Ministry of Food Processing Industries, brought together policymakers, scientists, entrepreneurs and farmers to discuss technology adoption in Indian agriculture.
Startup Growth and Rural Entrepreneurship
Singh emphasised that India’s startup ecosystem has grown from approximately 350 registered startups in 2015 to over 2.3 lakh today, making it the world’s third-largest startup ecosystem. However, he argued that the next phase of this growth must emerge from farms rather than metropolitan technology hubs.
The minister challenged the perception that startups require high academic qualifications or urban locations. Agriculture offers significant entrepreneurship opportunities where practical knowledge and innovation can be more valuable than formal credentials, he said. Government support, digital learning platforms and scientific institutions have made technology increasingly accessible in rural areas.
Singh cited the CSIR Aroma Mission as evidence of successful science-led agricultural entrepreneurship. The initiative, which introduced lavender cultivation in Jammu and Kashmir villages, has enabled between 8,000 and 9,000 young entrepreneurs to establish agri-enterprises. Several participants now earn annual incomes of ₹60-70 lakh or more, he said.
The model has since been adopted in Uttarakhand, Himachal Pradesh, Arunachal Pradesh and Nagaland. Singh attributed its success to early integration of scientific research with industry participation, market access and value addition.
Technology Applications in Farming
The minister outlined several technology applications now available to Indian farmers. These include satellite technology for resource mapping, weather forecasting systems that help anticipate monsoon variability, drone-based surveys for crop monitoring and real-time advisories delivered through digital platforms.
AI is increasingly being used for predictive crop management — software that forecasts pest outbreaks, disease spread and optimal harvest times based on historical and real-time data. Precision irrigation systems, which use sensors to deliver water only where and when needed, can significantly reduce water wastage while maintaining crop yields.
The Ministry of Science and Technology is working on climate-resilient crop development, genomics-based crop improvement and pest-resistant varieties, Singh said. He noted that with nearly 70 per cent of India’s population below 40 years of age, digital communication channels including short-form videos and multilingual content powered by AI language technologies can accelerate the spread of agricultural knowledge.
By the numbers
- ₹70,000 crore
- Potential annual AI value addition to agriculture
- 2.3 lakh
- India's total registered startups in 2026
- ₹5,000
- Potential annual savings per farmer from AI
Addressing India’s commitment to achieving net zero emissions by 2070, Singh said agriculture will play a significant role in the country’s clean energy transition. He highlighted biofuel initiatives, including programmes that convert used cooking oil into fuel, as examples of creating economic value from waste while contributing to environmental protection.
The minister called for closer collaboration among government, industry, research institutions, startups and farmers to ensure that innovation reaches the field and translates into economic gains for farming communities.
Your Questions, Answered
How much could AI add to India's agricultural economy?
According to estimates cited by Jitendra Singh, AI-driven optimisation could add approximately ₹70,000 crore annually to India's agricultural economy through better crop management, precision irrigation and resource efficiency.
How can AI help individual farmers in India?
AI-driven systems can help farmers make better decisions about sowing, irrigation and pest management by analysing weather patterns, soil conditions and crop health data. This could save each farmer nearly ₹5,000 annually.
What is the CSIR Aroma Mission?
The CSIR Aroma Mission introduced lavender cultivation in Jammu and Kashmir, creating the Purple Revolution. It has enabled 8,000-9,000 young entrepreneurs to establish agri-enterprises, with several earning ₹60-70 lakh annually.
How many startups does India have?
India's startup ecosystem has grown from approximately 350 registered startups in 2015 to over 2.3 lakh today, making it the world's third-largest startup ecosystem.
