The $8 billion amount was praised by the UN as “a testament to humanity’s achievements.” The UN issued a warning as well.
The UN stated that “rapid population growth makes it more difficult to eradicate poverty, combat hunger and malnutrition, and increase the coverage of health and education systems.”
According to the UN population report, after declining by less than 1% in 2020, the world’s population is expanding at its slowest rate since 1950. By 2030, there might be 8.5 billion people on the planet, and by 2050, there could be 9.7 billion. It is anticipated that the population would peak in the 2080s at 10.4 billion and stay there until 2100.
All of these things together will elevate farming to a worldwide priority. Global agriculture and crop productivity are predicted to face demand-side pressure due to the expanding global population. That makes sense. The issue won’t be limited to demand. The Covid-19 outbreak exposed the weakness of international supply lines as well. And last, the unpredictable nature of the climate will always be the “X” element in agricultural productivity.
Will the world’s agricultural innovations, including smart farming, lead to food security?
Efficient Agriculture For Safe Food
Numerous obstacles to food safety face the global farming sector, including non-standard pest management, variable weather, and unexpected infection. Numerous illnesses that seriously impair people’s health have their roots in these issues. Additionally, when exporting food items, it could have a detrimental effect on the manufacturers’ and producers’ trustworthiness.
SaaS-based intelligent farming solutions have the potential to revolutionize the management of the whole agricultural supply chain, given the increasing complexity of the food supply chain and the stringent national and international food safety laws.
These technologies provide agribusinesses with observability, enabling them to forecast abnormalities and take economical remedial action to avoid any food safety issues.
Smart Farming: What Is It?
Increasing agricultural production via the use of hardware and software is the main goal of smart farming. In order to provide a route to consistent farm production, smart farming focuses on managing farms, plantations, and all related farming operations utilizing IoT, drones, robots, technology, and artificial intelligence.
The main goal of smart farming is to manage agricultural operations by utilizing data from several sources, including historical, geographic, and instrumental data. Being technologically sophisticated does not automatically make a system intelligent. One way that smart agricultural technologies set themselves apart is their capacity to capture and interpret data. Hardware (Internet of Things) and software (Software as a Service, or SaaS) are used in smart farming to collect data and provide useful insights for managing all agricultural activities, including pre- and post-harvest. The data is well-organized, constantly available, and packed with information on all facets of field operations and finance that can be tracked from any location in the globe.
Distinctions Between Conventional And Intelligent Farming
Compared to traditional farming methods, robots and other smart farming approaches provide a number of advantages in agriculture. Among them are having more control over the production process, which improves cost control and lowers waste output. Additionally, irregularities in crop growth and livestock health may be more easily traced thanks to smart farming, which uses innovative technologies in agriculture.
Examine some of the most significant distinctions between conventional and intelligent agricultural methods.
