Advancements in Agricultural Technology

Agricultural Technology Advancements: Key Highlights

Government Initiatives and Schemes:

1. National Agricultural Development Scheme (RKVY):

   • Promotes agricultural mechanization through the Sub-Mission on Agricultural Mechanization (SMAM).
   • Provides financial assistance for purchasing agricultural machinery, establishing Custom Hiring Centers (CHC), and High-Tech Hubs.
   • Focuses on enabling small and marginal farmers to access modern agricultural machinery at affordable rates.

2. Digital Agriculture Mission:

   • Aims to enhance agricultural planning and service delivery using digital public infrastructure and technology-based farmer-centric services.
   • Integrates various farmer-centric schemes like PM-Kisan, Kisan Credit Card (KCC), and MSP-based crop procurement systems through a farmer registry (AgriStack).

3. Digital Crop Survey:

   • Conducted in Kharif 2025, covering over 28.5 crore plots across 604 districts.
   • Captures crop data digitally with photos and geo-tagging to improve production estimates and logistics management.

4. Integrated Horticulture Development Mission (MIDH):

   • Provides financial assistance for adopting advanced horticulture tools and machinery to enhance mechanization in horticultural crops.

Technological Integration in Agriculture:

• Modern Technologies Used:

  • Advanced agricultural machinery, precision farming, drones, AI, IoT, robotics, sensors, remote sensing, GIS, and satellite applications.
  • Drones utilized for spraying pesticides and nutrients, improving efficiency and reducing input costs.

• AI and Digital Infrastructure:

  • AI-driven platforms provide real-time, location-specific agricultural advice and access to government schemes.
  • Over 5.9 lakh farmers assisted through AI platforms, resolving over 93 lakh queries.

Research and Development:

• Conducted by Indian Council of Agricultural Research (ICAR) and state agricultural universities to develop location-specific and crop-specific machinery.
• Focus on minimizing mechanical damage while ensuring crop specificity and maintaining quality during harvesting.

Multidisciplinary Nature of Agriculture:

• Agriculture has evolved into a multidisciplinary field incorporating mechanics, electronics, automation, computer science, and data analytics.
• Integration of engineering, robotics, machine learning, and data analytics has accelerated the development of intelligent agricultural machinery and smart farming solutions.

Economic and Productivity Indicators:

• Agricultural technology advancements have led to improved productivity, efficient resource utilization, reduced farming costs, and adaptation to climate change.
• As of August 6, 2026, over 10.33 crore farmer IDs have been created, facilitating targeted delivery of agricultural services and benefits.

Summary:

The Indian government is actively promoting agricultural technology advancements through various schemes and initiatives aimed at increasing productivity, enhancing efficiency, and ensuring sustainable farming practices. The integration of modern technologies and multidisciplinary approaches is transforming the agricultural sector, making it more competitive and resilient to challenges.