5 Ways Technology Is Revolutionizing Agriculture Industry

by

Modern economies rely heavily on agriculture. This sector sustains everything from crops to livestock to people across all socio-economic strata. Even so, climate change and other environmental challenges pose significant threats to national food security and economic stability. As a result, everyone risks being unable to provide adequate supplies of goods.

Farmers require inventive solutions not only to boost their profits but also to ensure their endurance. Agricultural technologies have helped here and revolutionized traditional production, processing, distribution, and food consumption methods. 

The adoption of these innovations in agribusiness has several benefits. So, in this post, you’ll learn five ways technology is revolutionizing the agriculture industry.

  1. Handheld Bionutrient Spectrometer

Food decisions can be challenging, mainly when farmers can use artificial fertilizers and pesticides to improve fruits and vegetables. Although these practices might make a product look more appealing, they do not necessarily improve its nutritional value. 

Good thing you can overcome this problem with the help of a new handheld Bionutrient spectrometer. With this cutting-edge device, you can measure food and crops’ nutrient density and carbon content through its spectroscopy technology. 

Farmers and consumers can use the meter to purchase healthy and sustainable produce. Introducing this technology could significantly change how people grow and sell essential crops like soy. Moreover, it can encourage sustainable soy production and other crops developed using eco-friendly methods. By promoting the use of sustainable practices, you can protect the environment and promote consumers’ health at the same time. 

  1. The Growing Impact of Cloud Computing

There is no way agriculture would function without cloud computing. It has become so fundamental to the industry that it is impossible to imagine what it would be like without it. 

The technology enables agribusinesses to manage multiple technologies effectively. With its proprietary business intelligence tools, it collects vast amounts of data, predictive intelligence models, and other business intelligence tools under one platform. Making business and farming decisions requires the use of this data.

With specialized agriculture cloud platforms, it can speed up technology deployment, reduce barriers to innovation, and address significant challenges. Infrastructure is often a considerable investment for agriculture companies rather than innovations and intellectual property development. Agtech companies can now develop applications and new products in agriculture clouds, much as railroads once stood for growth and prosperity.

  1. Data Collection And Storage

Big data integration — combining multiple data sources in a system — into agriculture technology has improved information flow significantly, resulting in more precise analysis and better decision-making.

 A historical agricultural data analysis can help farmers make informed decisions, predict potential outcomes, and assess risks. Technological advancements in agriculture have made it possible to collect and store more and more farm information. The data may include moisture, relative humidity, soil pH, nutrient levels, and weather data from the past.

EOSDA Crop Monitoring is a platform that provides much information about root and surface soil moisture values, crop types, vegetation productivity, field height, weather conditions, and agricultural activities, such as irrigation, sowing, and harvesting. Examining the amount of the field harvested and its past yields and accurately forecasting future harvests will help you make good choices about what to plant in the upcoming harvests. 

It is beneficial not only for crop planning and cooperative management but also for identifying agricultural risks.

  1. Integration of the Agri-Ecosystem

Agriculture is a complex and multifaceted industry that involves seed manufacturers, farming and food processing companies, technology providers, and governments. There is often a lack of collaboration and innovation between these stakeholders because they operate independently. 

It is, however, becoming increasingly popular to use agri-digitization to deal with issues such as food insecurity, climate risk, and supply chain disruptions. Fortunately, you will see increased stakeholder collaboration in the value chain due to this trend soon.

Agritech companies are critical in facilitating information sharing and partnerships in the agri-ecosystem. Millions of farmers worldwide could benefit from virtual agronomists, allowing a single expert to monitor multiple farms simultaneously. Further, dedicated industry cloud platforms for agriculture could provide experts with quick access to satellite imagery, data, and agri intelligence.

  1. A GPS-Based Revolution in Farming 

It would have been impossible to imagine tractors driving themselves on farms a few decades ago. Nonetheless, GPS technology has revolutionized the agricultural landscape. A GPS allows farming machines to recognize their location within a farm and adapt their operations accordingly.

 Farmers in modern farming use GPS-equipped tractors and automatic steering systems to optimize seed placement, reducing waste and costs. Moreover, the use of GPS-guided drones for various purposes, such as crop spraying, livestock monitoring, and 3D mapping, is also rising. There are other heavy machineries also used in agriculture. For their maintenance, you will have to replace certain parts as they get worn out. You can find products like kubota v2203 fuel injectors online as well.

Agriculture uses GPS technology in a variety of ways that go beyond tractors. Using a GPS receiver, they can identify predetermined locations to collect soil samples. After collecting them for analysis, it can generate a fertility map using a geographic information system (GIS). 

Farmers can accurately prescribe fertilizer quantities for each farm section based on the map. Because of this, they can apply fertilizers precisely to each area using Variable-rate technology (VRT) fertilizer applicators.

Conclusion

Thanks to these innovations, farmers now have access to a deeper understanding of their land’s capabilities, which saves them time and money. Commercial farms, especially those with more extensive operations, may find it challenging to meet the latest production requirements without the aid of the new Agritech. Adopting these unique technological aspects into general farming practices will enable farmers to maximize their yields and ensure sustainability.

Latest posts by Akash Tiwari (see all)

Leave a Comment