How is transformation of Agri-food systems made easy via digital technologies?

Significant changes have occurred in agriculture over the past fifty years. The broader, faster, and more productive farm machinery made possible by technical improvements has allowed farmers to more efficiently cultivate larger regions. 

Increased harvests are also the result of greatly better crop varieties, irrigation systems, and chemical fertilisers. With $6.7 billion investment in farm technology in the last five years, the next generation of digital transformation is just beginning. Future advances in AI, computing, integrated devices, and many other areas have the potential to increase yields, enhance the efficiency of irrigation as well as other inputs, and promote the resiliency and long-term sustainability of both agricultural cultivation and livestock husbandry. 

AgTech: Why It Matters in the Field 

Agriculture is crucial to the survival and prosperity of many people all over the planet. Over the past many years, significant innovations and refinements have been made to conventional farming methods. The impact of technological developments in agriculture, such as monitoring, machinery, infrastructures, and information systems, has resulted in substantial changes to the way present agriculture and agricultural processes are conducted compared to those of previous decades. 

There are now alternative modes of transportation, the use of fewer pesticides, and the application of biofertilizers, to name a few. The adoption of automation, climate and temperature sensors, detectors, satellite imagery, and gps navigation (GPS), together with other high-tech tools, has led to a digital transformation in the agricultural sector. 

Innovative agricultural technologies, pinpoint farming techniques, and automation tools may help businesses run more profitably, effectively, securely, and sustainably. The use of organic methodologies to increase crop output and decrease costs is significant because these resources are inexpensive and easily accessible. Farmers no longer have to be as precise as they formerly were when applying water, fertilizer, and chemicals to specific areas of the field. Instead, they can treat only specific areas, target specific types of flora, or use the smallest amount possible. 

Ways that New Digital Technologies Are Changing the Food Production System 

It is generally accepted that farming is changing. The industry has profited greatly from technological advancements that have allowed for complete control over all aspects. The agri-food systems are being changed by technology in several ways. See below for a partial list: 

Adaptive Irrigation 

There has been a lot of talk lately about the need for water usage regulations in agricultural settings. This is due to the fact that irrigation now consumes 70% of the world's freshwater supply. Some of this water is also lost due to ineffective usage habits or agricultural runoff. 

Smart irrigation infrastructure offers a solution in the form of an Internet of Things network or a system that monitors and controls water usage in agricultural fields. Farmers can now use agricultural technology to have access to a central hub that compiles information about irrigation systems. In order to achieve optimal watering needs, producers must think about things like planning ahead, cutting back on waste, and evaluating soil water content. In order to reduce the possibility of mistakes, smart irrigation makes use of automated instruments like smart pumps. Smart irrigation, made possible by technological advances in agriculture, helps farmers save water without sacrificing crop quality. 

Ag Apps 

The rapid development of agricultural technology has compelled farmers to gradually adopt new methods of farming because of the profound impact that technology has on farm output and income. Agrotechnology, or AgriTech/AgTech for short, is the reason why agricultural chores are now easier to complete. Even in more conventional fields, like farming, smartphones have demonstrated their efficacy and scalability.

 

The ways in which land is fertilised and harvested are changing in the palm of your hand because to the ways in which digital technology is being applied in the industry. As an added bonus, it has inspired farmers to take an active role in the many phases of food production and delivery. Using computers or mobile applications to do daily tasks and eliminate the need for human labour is at the heart of most of the developing technological advancements in the agriculture and food technology sectors. 

Satellite Tracking System/GPS

In the farming community, GPS is a common tool. For instance, in modern farming, GPS tracking is used to monitor the progress of crops. Using GPS, it's easy to keep tabs on crop yields from a particular farm and keep an accurate record of the harvests. These advancements are helpful because they provide farmers the ability to make decisions based on their own best judgement. 

The most well-liked method of documentation is the production map, which may be used to present an annual overview of all operations. These charts are quite helpful since they may show you a great deal of information about any subject, such as how effective the drainage canals on your farm are. 

Controlling Plants and Animals 

Connectivity allows farms to keep tabs on things like crop and livestock health in a variety of ways. More accurate crop deficit predictions and earlier detection are both possible outcomes of using meteorological data in agricultural practices. 

Soil-monitoring sensors, for instance, may use wireless LANs to direct sprinklers and adjust watering and fertilizer dosage. By providing images from far-flung farms, Internet of Things technologies can help farmers get early warning of any pests or diseases that may be threatening their crops. Tracking quality characteristics like fruit colour, size, etc. can assist farmers maximize their harvest's financial return by guiding them toward the best possible outcomes. 

Farming Automation 

Automation in agriculture, sometimes known as "smart farming," is a set of tools used to boost output and streamline animal and plant husbandry. There has been a recent uptick in the number of businesses devoted to the development of automated technologies such as robots, autonomous machines, robotic farm machinery, autonomous irrigation, and planting devices. More traditional farming operations are adopting automated farming practices despite the novelty of these technologies. 

New innovations in technology, such as automation, robots, and artificial intelligence and machine learning systems, have had a profound impact on modern farming. The primary function of automated agricultural technology is to perform mundane tasks. 

Common examples of digital technologies employed by farmers include robotic and autonomous mowing equipment, seeding, and pruning machines. Agricultural farming automated systems aim to address major issues such as the growing global population, the lack of agricultural labour, and the fluctuating wants of consumers.

 

A large number of issues, including consumer preferences, labour shortages, and environmental impacts, can be mitigated by the use of automated agricultural production systems. 

Observing Climate and Weather 

Automated weather forecasting is progressing to a higher level of accuracy now. As a result of climate change and increased weather volatility, farmers now confront greater uncertainty. Farmers can utilise technologies to assist with weather forecasts in order to keep a closer eye on their crops and fields. 

If farmers know a storm is coming, they could decide to harvest a day early to save as much of their crop as possible from the elements. When farmers are able to keep tabs on their supplies, they can exert greater influence over their harvests. In addition, if rainfall increases, they can adjust their irrigation systems to use less water in order to manage wet conditions. 

These services are made available to farmers via digital weather patterns that are tailored specifically to the needs of the agricultural industry, and can be accessed via mobile applications and specialised portable farm technologies. Farmers may be able to safeguard their harvests against weather-related disasters like storms and snow by using agricultural food technology to prepare for such catastrophes.

Rapid technological development and shifting consumer expectations are compelling businesses to improve their responsiveness, intelligence, and digitalization. With the advent of digitalization, businesses are adjusting their methods to focus more on their customers. Agriculture is one of the world's most important industries and could greatly benefit from this kind of digital transformation. 

SISGAIN can help your agri-food company establish an adaptive strategy and achieve measurable results by providing customized Agro - based technological services based on an evaluation of your current capabilities.