Inferable from the rapid increase in the number of individuals, the total population will reach the 10 billion count by 2057. This expansion in the worldwide populace will prompt an increment sought after for natural resources like petrol, oil, coal, freshwater, and especially food. To address the elevated interest for food from the restricted accessible farmlands and labor, expert cultivation hardware creators and innovation vendors are introducing imaginative plans in agriculture.
These solutions aim to assist farmers in filling the supply-demand gap by ensuring high yield, increased profit, and environmental protection.
On the 19th of August, it was announced that Augmented Reality Could Enhance Farm Productivity. For this technology to reach its potential, though, machine companies may need to set new parameters for what farmers can fix on their own equipment. Many farm equipment manufacturers use software to limit do-it-yourself repairs, ostensibly to protect their proprietary technology.
According to a recent report published by BIS Research, the Augmented Reality (AR) in agriculture market is expected to reach $4.43 million by 2026, with a CAGR of 37.4% during the forecast period 2021-2026.
The major factors driving the growth of augmented reality in the agriculture market are augmented reality adoption amid digitization, growing necessity to increase efficiency in farm operations, and increased demand for spatial computing applications.
Augmented reality (AR) is one of the advances that could build general proficiency in the agriculture industry. It may very well be conveyed in reconciliation with different technologies like automated machinery, the Internet of things (IoT), predictive analytics, Artificial Intelligence (AI), and precision algorithms.
Currently, the AR technology in agriculture is helping farmers by assuming a significant part in regions identified with the control and recognizing interaction of bugs or insects. Presently on account of various AR applications, farmers can observe the whole homestead progressively and recognize the presence of any insect or bug harm.
Farmers can now provide innovative as well as safer training to young farmers through AR technology training. In this way, young farmers are introduced to agricultural equipment in a virtual form, which allows them to be aware of potential accidents and thus avoid future risks.
In the current state of affairs, it is reasonable to infer that AR technologies are still in their early stages of adoption and have yet to be properly developed for agricultural practices. However, it has a lot of scope to be a huge success.
