Agricultural production is the cornerstone of food security, nutrition security, sustainable development & poverty alleviation in India. The agriculture sector contributes approximately 18 percent of the total gross domestic product (GDP) and almost 40% of the total NDP (Net Domestic Product). Nearly 64% of the total workforce is employed in horticulture or agribusiness-based businesses. But there is still a lot of potential in agriculture that hasn’t been channeled. In India’s rural areas, farmers are producing the bulk of the country’s food. But they are falling behind because of a myriad of challenges that they face, due to both internal and external factors. Challenges such as limited access to technology, market monopoly, seasonal shifts, inequitable information flow, and more, are affecting their overall growth. Tech might just be the solution to all farm issues. New technologies in agriculture could help farmers forecast climate more accurately, reduce water usage, increase yields and boost their net profits. As per an estimate, the use of agriculture technology in India can help in saving $2 billion in a year with every farmer saving $16 each. The use of such technologies is bringing about a paradigm shift in agriculture, changing the way people farm in turn contributing to increased agricultural productivity.
Utilization and adoption of new technology in the agriculture space has been far behind the curve compared to other sectors. The recent surge in smartphone usage in rural areas has helped the agribusiness sector take its first concrete steps towards technology adoption. Leveraging technology in agriculture can help farmers not only solve their ongoing problems, but also learn about new technologies that will help them automate their farms. Let’s look at how technology can help farmers in some key high-impact areas across pre- and post-harvest:
Utilization and adoption of new technology in the ag space have been far behind the curve compared to other sectors. The recent surge in smartphone usage in rural areas has helped the agribusiness sector take its first concrete steps towards technology adoption. Leveraging technology in agriculture can help farmers not only solve their ongoing problems but also learn about new technologies that will help them automate their farms. Let’s look at how technology can help farmers in some key high-impact areas across pre- and post-harvest:
Drones
Drones are the future of agriculture. Equipped with technology-based agricultural sensors, drones can be used in precision agriculture – monitoring crop health, weed and pests detection, crop scouting, analysis of soil health, irrigation management, and livestock management among others.
E-commerce input markets
Scattered input markets with high dependency on dealers or middlemen are among the dominant causes of increased costs of production. Indian farmers have no negotiating power on the buying side, making them more vulnerable. A single platform that gives farmers an access to a wide range of products of various brands with clarity brought in by technology can be a milestone in addressing India’s agri woes
Data sciences
Farmers in India have to think about agriculture as a business, thereby applying data sciences for precision agriculture. A farmer makes hundreds of decisions between planting and harvesting with each decision impacting yields and profitability. In fact, farmers are effectively in the database business without enough data to make decisions. If farmers are equipped with tech tools or apps such as an agriculture data platform that provide them with customized and personalized data, dramatic changes can be seen in yields and profitability.
Artificial Intelligence (AI)
AI is going to be the next big thing in agriculture. AI-ML for agriculture platforms enable farmers and agribusinesses to use data-driven insights for better crop planning, pest management, and irrigation decisions. Cognitive IoT technologies build a ground for drawing inferences after collecting large amounts of structured and unstructured data, providing organizations with better insights and suggestions to take action for improving crop yields. This will also contribute in determining the best practices be it choices of seeds, fertilizers or pesticides or the technique deployed at a particular stage of farming
UNDERSTANDING MODERN FARMING WITH FARMING APP
The technology disruption has caused the agriculture sector to slowly integrate technology into farm operations because, to say the least, it has an enormous impact on farm productivity and efficiency. Agritechnology, or AgriTech/AgTech as it’s more commonly referred to, has reduced the amount of effort required for farming-related operations. As one of technology’s most prominent kiddie wink, smartphones have established their usability and versatility in a myriad of industries, including conventional ones like agriculture. Placed on the palm of your hand, agricultural apps are revolutionizing how land is tilled and harvested. Moreover, it’s given the farmer on various levels of the agroecosystem—the ability to have a greater say in the process that goes into food production and distribution. New tech advancements in farming are mostly about simply employing mobile applications or a hardware system to automate redundant processes and cut down on dependence on human labor. Even though options are pretty limited right now, users of smart farming solutions opt for a UI/UX that’s both flexible and extremely easy to use. Agriculture supply chain software further enhances this ecosystem by improving traceability, inventory management, logistics coordination, and seamless data flow from farms to markets.
MODERN AGRICULTURE TECHNIQUES IN INDIA
Genetic manipulation: Modern agriculture has crop and livestock breeding methods that most farmers are looking for. Generally, hybrid seeds are used. This is where two or more species of plants are used to produce higher-quality offspring. Genetic engineering is another specialization, where molecular building blocks are developed.
Intensive farming: Proper soil aeration to improve air circulation in the soil is important. Therefore, for a greater yield of farm produce, it is necessary to do excessive tilling of the land. Regular deep and whole-land cultivation is a first-rate structure of farming.
Monoculture: Monoculture is the growth of only one type of crop on a given plot of land. It makes land farming easy. Since the crop to be planted is of the same type, the land is tilled in the same way. This makes land farming and management very simple.
Usage of Synthetic Fertilizers: Utilizing fertilizers to increase the fertility of the land one plans to farm is a big deal. Over the years, over prolonged periods, repeated uses of land led to a plateau in the fertility of the land. Since tilling the land is an old-fashioned technique because there was not enough land to go around, using fertilizers has helped.
Irrigation technologies: Water supply is one of the most important factors in determining the survival of plants. Insufficient rainfall has a tendency to be insufficient for crop production. So, top techniques are being deployed on the ground to address this problem.
Chemical pest control: Pests should range from bugs that eat young vegetation and their leaves to rodents like moles and squirrels, or animals that are wild or domesticated. When used correctly, pesticides yield results. This reduces the invasion of vegetation by pests for the purpose of producing healthy, productive plants.
ADVANTAGES OF NEW TECHNOLOGIES IN AGRICULTURE
Farmers don’t have to spray water, fertilizer, and pesticides in uniform quantities over entire fields anymore. Instead, they can use minimal amounts needed for very specific areas or even treat individual plants differently. The benefits of this include
Automation is enabling more precise monitoring and management of natural resources, including air and water quality. This technology will help farmers gain more control over their plant and animal production, processing, distribution, and storage, leading to
- Steadier crop yields
- A decrease in water, fertilizer, and pesticide use, in turn, keeps food prices low
- Reduced impact on the surrounding environment
- Prevent runoff
- Safety improvements for workers
- Efficiencies are up and prices are down.
- Growing safer crops that produce healthier food
- Reducing our environmental and ecological footprint
ROLE OF KHETI BUDDY FARM SOFTWARE IN AGRICULTURE
Kheti Buddy Enterprise is a comprehensive enterprise-level farm management system helping organizations leverage their own platform for all of their farming needs. It is capable of gathering, monitoring, tweaking on-farm data, and integrating with other software platforms. Kheti Buddy Enterprise platform has an advanced farm crop management system with a unique algorithm that gives role-based access to the farming data to make informed decisions on the go.
They act as your business partner’s seamless integration and connection to their suppliers, such as field employees or vendors, be they an ag consultants, dealers, manufacturer,s or retailer. Every player in the agribusiness sales cycle can benefit from having a single, transparent management system in place.
Kheti Buddy farm field management software will help budding AgriBusiness owners to grow and scale their businesses better with Kheti Buddy as their technology partner.
Conclusion
Agriculture technology is reshaping farming in India by making it more efficient, sustainable, and profitable.
From AI and drones to data analytics and farm management software, modern tools are helping farmers overcome traditional challenges and improve productivity.
The future of agriculture lies in digital transformation, where technology and farming work together through solutions like Sustainability Management Software to improve connectivity, efficiency, and transparency across the agricultural value chain.
Contact KhetiBuddy today to explore digital agriculture solutions.
Frequently Asked Questions
What is agricultural technology in farming?
Agricultural technology refers to the use of modern tools, machines, software, and data systems to improve farming efficiency, increase crop yield, and support sustainable agriculture practices.
How does technology improve agriculture in India?
Technology helps Indian farmers by providing better irrigation systems, real-time weather data, crop monitoring tools, and AI-based recommendations that improve productivity and reduce farming costs.
What are the main types of agricultural technologies?
The main types include precision farming, artificial intelligence, drones, farm management software, biotechnology, irrigation systems, and data analytics tools.
What is precision agriculture?
Precision agriculture is a farming method that uses GPS, sensors, and data analytics to monitor and manage crops accurately, ensuring optimal use of water, fertilizers, and other resources.
How are drones used in agriculture?
Drones are used for crop monitoring, soil analysis, irrigation planning, pest detection, and assessing crop health quickly over large farming areas.
What are the benefits of farm management software?
Farm management software helps farmers track farm activities, manage resources, monitor crop performance, reduce costs, and make better data-driven decisions.
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