Advancement in Robotics for Agriculture: An Extensive Perspective on Present, Potential and Futuristic Aspects

Robotics is becoming prevalent in our everyday lives. Agriculture is the world’s most significant industry, with a tremendous technological demand. It is presently appropriate to adopt robotics applications in farming since the global food chain is under strain from factors such as population expansion, climate change, population drift from rural to urban areas and ageing populations. Robotics is seen as a means of escaping the unsettling reality. The robots are very sophisticated; they know how much water a specific plant needs. The same situation holds with fertilizer. Every plant will get just the proper quantity of fertilizer to keep it healthy. They may move into fields fast and resemble corn plants. This paper is about the need for robotics in agriculture. Several available cooperative robots, their tasks, and the associated challenges and prospects for the agriculture domain are discussed. Finally, it identified and discussed significant applications of Robotics for Agriculture. Robots can be used to monitor every plant in a field, whether big or small. This can assist in spotting any faults or concerns and provide their report immediately to the farmers. Farmers may quickly determine what types of problems exist in their fields in this manner without having to inspect them physically. These robots are remarkable for their accuracy and fineness. Agricultural robots are specialized technological devices that may help farmers with various tasks. They may be designed to develop and adapt to meet the requirements of different activities, and they can assess, consider and perform multiple tasks. There are some limitations to implementing this technology in agriculture, such as safety, maintenance, environmental factors, high initial cost, training requirements and increased unemployment. In the future, robots will determine the optimum planting locations, the ideal harvesting times, and the best paths for crisscrossing the farms.

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Publication Details

Journal
Journal of Industrial Integration and Management
Published
2025-12-31
DOI
https://doi.org/10.1142/s2424862225500150
Primary Topic
Smart Agriculture and AI
Type
article
Field-Weighted Citation Impact
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article

Advancement in Robotics for Agriculture: An Extensive Perspective on Present, Potential and Futuristic Aspects

Mohd Javaid, Abid Haleem, Ravi Pratap Singh
Journal of Industrial Integration and Management
Smart Agriculture and AI
article

Advancement in Robotics for Agriculture: An Extensive Perspective on Present, Potential and Futuristic Aspects

Mohd Javaid, Abid Haleem, Ravi Pratap Singh
article en

Abstract

Robotics is becoming prevalent in our everyday lives. Agriculture is the world’s most significant industry, with a tremendous technological demand. It is presently appropriate to adopt robotics applications in farming since the global food chain is under strain from factors such as population expansion, climate change, population drift from rural to urban areas and ageing populations. Robotics is seen as a means of escaping the unsettling reality. The robots are very sophisticated; they know how much water a specific plant needs. The same situation holds with fertilizer. Every plant will get just the proper quantity of fertilizer to keep it healthy. They may move into fields fast and resemble corn plants. This paper is about the need for robotics in agriculture. Several available cooperative robots, their tasks, and the associated challenges and prospects for the agriculture domain are discussed. Finally, it identified and discussed significant applications of Robotics for Agriculture. Robots can be used to monitor every plant in a field, whether big or small. This can assist in spotting any faults or concerns and provide their report immediately to the farmers. Farmers may quickly determine what types of problems exist in their fields in this manner without having to inspect them physically. These robots are remarkable for their accuracy and fineness. Agricultural robots are specialized technological devices that may help farmers with various tasks. They may be designed to develop and adapt to meet the requirements of different activities, and they can assess, consider and perform multiple tasks. There are some limitations to implementing this technology in agriculture, such as safety, maintenance, environmental factors, high initial cost, training requirements and increased unemployment. In the future, robots will determine the optimum planting locations, the ideal harvesting times, and the best paths for crisscrossing the farms.

Journal of Industrial Integration and Management
National Institute of Technology Kurukshetra (IN), Jamia Millia Islamia (IN)
Zero hunger
Openalex Percentile: Top 23%
Smart Agriculture and AI
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