• A New Era of Agro-Chain technology

About Us

We champion the role of agricultural innovations in crop protection
and plant biotechnology to support and advance sustainable agriculture with Blockchain Technology

The voice and leading advocates for the plant science industry

Look after our planet

Feed a growing population

Progress rural communities

The world needs farmers, and farmers need plant science.
Modelfarming is proud to be at the heart of helping farmers grow.


What Makes us Different?

We are straightforward to deal with experts in our field.

We are pioneers in starting daily earning opportunities.

We are working for Social & Economic Causes to improve the world.

Anyone can get involved in agriculture investing opportunities with us!

Our expertise in farming will make all the difference between success and failure for the business

24/7 Multilingual Customer Support to all our members

Bringing Blockchain to Farming

At Model Farming, we aim to fasten up the process of streamlining the supply chain process and ensure farmers and buyers can connect in a more Secured, Faster & Transparent way.

Our Mission

Our Mission is to To accelerate climate-smart agriculture Unlock producer equity and sustainable revenue growth through a vertically integrated BlockChain Technology

Our Vision

Our Vision is to bring back People's focus on Farming & improve Food Security

Our Vision is to bring back People's focus on Farming

Our Core Values

Driving Sustainability
Absolute Integrity in all We Do
Committed Towards Partner’s Success
Innovation for Change
Passion for Every Acre

Sectors we deal in

Soil & Water Sensors

Model farming promotes soil and water sensors for the kinds of benefits that it has to offer. Soil and water sensors are the equipment having the most immediate effect on the farming cycle. These sensors are durable, unobtrusive, and relatively inexpensive. These sensors can detect moisture and nitrogen levels, and the farmer can use this information to determine when to water and fertilize rather than rely on a predetermined schedule. That results in more efficient use of resources and, therefore, lower costs. But it also helps the farm be more environmentally friendly by conserving water, limiting erosion, and reducing fertilizer levels.


Weather Tracking

Weather tracking is extremely crucial in agriculture and is always a determining factor. We believe it is the most important point of focus because crop yield is highly dependent on weather conditions. There are online weather services that are solely focused on agriculture, and farmers can access these services through mobile apps that run on almost any consumer smartphone. This provides farmers with enough advance notice of frost, hail, and other weather events to allow them to take precautions to protect their crops and mitigate losses significantly. Model Farming makes this feature available to all farmers in the model farming community.

Satellite Imagery

Given the vastness of our farming operations, model farming relies on satellite imagery to save time. We believe farmers can save time and money by conducting targeted scouting when they know which fields require attention. They can quickly spot differences in a field. This is especially helpful when a grower has hundreds or thousands of fields to cover. Reviewing images on a weekly basis can save a farm a considerable amount of time and money. It’s a helpful tool farmer can use to save time when evaluating the health of their crops. At model farming, we assist our farming community with interpreting techniques for saving time and money.


Minichromosome Technology

Model farming believes that minichromosome technology has a promising future because of the significant impact it has on crop productivity. Because of the scarcity of natural food, the demand for innovative farm technology is increasing year by year, and we believe that minichromosome technology will be a major solution to this problem in the coming years. Modern inventors invented minichromosome technology, which has the potential to fundamentally alter agricultural methods in the coming years. One of the most exciting developments in agricultural technology may be on the way in a very small package.

Vertical Farming

Vertical farming is a type of urban agriculture that involves growing food in vertically stacked layers. As the world's population is expected to exceed 9 billion by 2050, we at model farming have expanded our scale of operations in vertical farming. By that year, two out of every three people are expected to live in cities. Producing fresh greens and vegetables close to these growing urban populations could help meet rising global food demand in an environmentally responsible and sustainable manner by shortening distribution chains to reduce emissions, providing higher-nutrient produce, and drastically reducing water usage and runoff.


Logistics and Storage

Agro-and horticultural crop production has been steadily increasing as a result of technological advances. However, improper handling and storage of these commodities cause significant losses before they reach consumers. Storage is the most important aspect of the food supply chain that ensures food security and a round-the-year quality food supply for a country. We stress and explain to our farming family the importance of bulk grain storage over the bag storage system widely adopted. We stress that a proper policy needs to be formulated by governments throughout the world to protect and contain post-harvest grain loss during storage.


Sol:- The term AgTech refers to agriculture technology. Advancements in technology are being applied to the traditional farming process to benefit both farmers and the environment. Farmers across the country have adopted new AgTech to help streamline their work, cut expenses, reduce waste, and combat the effects of climate change. Smart farming technologies have allowed farmers to more precisely tend to their crops, rather than having to focus on their fields as a whole. Advances in agriculture have resulted in numerous benefits, including:
1. Increased worker safety 2. Increased crop production 3. Decreased demand for irrigation, fertilizer, and pesticides 4. Decreased impact on the environment


GIS Software & GPS Agriculture

GIS programming is permitting farmers to plan temperature, precipitation, crop yields, and more across their acreages. This information can assist entrepreneurs with anticipating the future by concentrating on the past states of their various fields. Matched with GPS, these innovations guide independent farm trucks, and seeders, and consolidate reapers to till the ground following an exact methodology. GIS programming is likewise behind the utilization of drones and satellites in an agricultural setting, enabling an aerial assessment of crop biomass and height, weed presence, terrain, and weather.

RFID Technology

Radio Frequency Identification (RFID) innovation isn't special to agribusiness. Farmers are finding that integrating RFID into AgTech can further develop crop following. RFID is like a standardized tag yet can be checked from a few feet away, even through the soil. RFID labels can be modified with up to 2 KB of information, making them helpful for marking crop name, area, and date of planting. RFID will likewise build the simplicity of following homestead items as they are sent. A basic output can uncover the beginning of the item as well as the handling date and time. RFID innovation can lessen human blunders by putting away information safely on the item. Retailers and buyers can be sure of the beginning Farm and creation date of food items when RFID innovation is applied.


Modern Greenhouses

Once just utilized for early-season seedlings, present-day nurseries currently give full harvest creation all year. Progressions in innovation have given the LED lighting and control ROBOTIC frameworks expected to establish an indoor developing climate for farmers. Robotic frameworks can give the ideal measure of water system, light, and moistness to deliver crops inside. Vertical cultivating, tank-farming cultivating, and aeroponic cultivating are developing practices that use the cutting-edge nursery.

Automated Farming

Progressions in drone use and robotic technology have made a better approach to cultivating. Innovation presently takes into account self-exploring consolidates for reaping and automated cultivating and weeding. Computerizing these tedious undertakings decreases the work prerequisite of the ranch. Programmed watering can be pretty much as straightforward as booked water system or as intricate as soil observation around individual plants. Farm equipment automation is tending to the work lack and putting less weight on the homestead laborers. Better returns are accounted for as self-driving machines can work nonstop. At the point when difficult work is designated to hardware, ranchers can zero in on arranging and critical thinking to work on the drawn-out progress of their organizations.


Precision Agriculture

Before, most farmers regarded their fields as one unit. They flooded and applied compost or pesticides to address the issues of their yields all in all. Progressions in innovation have permitted farmers to screen their plants' requirements on a more exact scale. Super advanced observing of dampness levels, soil conditions, and vermin harm permit exact move to be made on a little, individualized region of the fields. Precision agriculture is diminishing the expense of cultivating by limiting the sum Farmers spend on manures, pesticides, and water systems. Crafted by cultivating is turning out to be more effective as ranchers treat explicit requirements as opposed to the homestead all in all.

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People connected to nature


Unique species on our nature reserves


Acres of meadow created or restored