Overview of this Blog

New digital tools help farmers use data to improve farming. Platforms like Climate FieldView™, drones, soil sensors, AI, and IoT make farming smarter. These tools help farmers save time, use resources wisely, and grow better crops. Technology makes farming more efficient, sustainable, and helps fight climate change while improving food security.

Revolutionizing Agriculture

Revolutionizing Agriculture | Farm data has always been produced. But most of it has stayed out of reach or, at best, difficult to control over the 10,000 years of agriculture. New digital tools are enabling farmers to access these insights today so they may seize hitherto unheard-of possibilities for their farms, their communities, and our earth. Farmers are also better able to handle the changing issues we all face—from ensuring world food security to combating climate change to preserving priceless natural resources—with the power of this data at their hands.

Platforms for Digital Framings

1.Intelligent toolkit

Correct tools make all the difference. In agriculture, where farmers have to negotiate an often changing terrain of shifting environmental circumstances, consumer expectations, regulatory constraints, and many more elements, this is especially true. We can enable a better use of farms, farmer time, and inputs to drive sustainable harvests by assisting farmers in acquiring further understanding of what is happening in their fields. For their enterprises, for our earth, and for them personally, that is better. Discover some of the several digital tools altering the landscape of agriculture for positive use.

2.Farmer carrying tablet and flying drone

By aggregating data from their farms with our top data science, supplemented and shown by satellite imagery, digital farming solutions like Climate Field View TM help farmers to draw insights about their operations. This digital platform offers a whole picture of exactly what’s happening, from weather to in-season field health to a live view of combines harvesting crops in the field, therefore enabling farmers to maximize their resources.

Given their particular fields, these insights help them determine more precisely when to plow, when to plant, when to apply and when to harvest. Apart from providing specific field regions with what they need to flourish, this method of prescriptive agriculture enables farmers to save valuable time they could dedicate to other facets of their activities by helping them to conserve their inputs and reduce expenditures.

3. Aerial drone

By offering farmers insightful new angles into their operations, aerial drones are elevating agriculture. Many of these drones even have specialized imaging equipment that can provide critical data on plant condition all over the field. Before it is obvious to the unaided eye, these multispectral cameras can show when different degrees of crop stress—e.g., pests, disease or drought—impact plants.

This realization lets farmers deal with every threat before it gets traction. Parts of the world are also using drones for planting and precise application. Drone-based technologies are among the mots intriguing and promising topics we are investigating at Bayer; we are working with partners throughout the sector to identify ways to diagnose and prescribe remedies.

4. Field Soils Sensors: In-field current irrigation system

Thinning crops depend on healthy soil. For this reason, in-field soil sensors become ever more valuable instrument on the farm. Farmers can track exact soil conditions including moisture and nutrient levels—all in real time—thanks in part to this exclusive digital technology By knowing exactly where to apply particular inputs so they don’t waste any on plants that don’t require them, these in-field sensors using geo-location help farmers to save more water and other resources.

5. Artificial intelligence and data analytics : Professional in plant breeding

Agriculture is being advanced even outside of farmers’ fields by digital instruments. By precisely projecting genetic consequences during trials, artificial intelligence breakthroughs in plant breeding are boosting the pace and success of developments. Combined with other technologies, artificial intelligence is enabling speedier delivery of more environmentally friendly solutions.

Likewise, strong data analytics systems are changing the possibilities all around the farming system. Especially our collaboration with Microsoft is bringing fresh waves of innovation in digital agriculture, which will enable more farmers to gain from cloud-based technologies, real-time data analytics, and other continuous advancements in data science.

6. Farmer and mix

On the farm, the Internet of Things (IoT) is ever more at-home. In an increasingly digitized ecosystem, smart combines can make amazing use of the collective knowledge that sync across other devices. With their own sensors gathering billions of data points, smart combines are enabling farmers to maximize their resource allocation.

To enhance their chances of success all through the season, precision planters especially couple GPS data with historical and projected field information to plant the correct seeds at the appropriate depth, density, and placement in the field. This highly automated system thus also helps to save fuel and lower the related carbon emissions.

7. Our digital solutions

Automation, digital tools, and the science of data won’t replace the very difficult chores necessary in a good growing season; these ideas and tools instead improve those activities, using innovation to more efficient and sustainable ends. By knowing even more about their use and performance, increasingly complex data is offering insights that help us to evaluate and enhance our products better than ever.

This helps us to produce seeds meant to flourish in particular areas, temperatures, and soil conditions. Furthermore, by giving farmers these fresh facts, we can develop customized solutions that most assist the daily decisions they make from planting to harvest.