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<p>In the modern era, automation in horticultural commodities is an important aspect in lieu of increasing the efficiency of field-based inputs and and optimizing stress management. As the global population expands, there is a&#xa0;pressing need to adopt technology from various stages of crop production and management. Recent studies show a&#xa0;decrease in inputs by 50%. Moreover, precision agriculture techniques employing sensors to evaluate plant condition have shown a&#xa0;20% improvement in stress confrontation by aiding the timely resolution of problems such as nutrient deficits and pest infestations. This review articles provides a&#xa0;broad look at how cutting-edge precision tools are becoming increasingly important in growing plants and dealing with pressure. As technology improves, accurate equipment has become essential for improving every aspect of planting, from planting and growing to controlling pests and irrigation. This article will discuss several newer advances in precision farming, including the Internet of Things, unmanned aerial vehicles, smart sensors, digital twins, and many others. This review article aims to provide an overview of current trends, challenges, and prospects of tools in precision agriculture. The paper examines the current state of affairs in precision agriculture, considering novelties like drones, sensors, and machine learning. Stress factors such as changes in climatic conditions and scarcity of inputs hinder the proper growth of crops and, thus, high productivity.</p>

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Unlocking the Impending Role of Automation in Fruit Production: An Overview

  • 期刊论文

  • 发表日期：

    2025年10月14日

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  • Arun Kumar,
  • Sunny Sharma,
  • Umesh Sharma,
  • Vishal S. Rana,
  • Vikanksha Thakur,
  • Neha Sharma,
  • Ankit,
  • Prachi,
  • Himanshu,
  • Shivender Thakur

摘要

In the modern era, automation in horticultural commodities is an important aspect in lieu of increasing the efficiency of field-based inputs and and optimizing stress management. As the global population expands, there is a pressing need to adopt technology from various stages of crop production and management. Recent studies show a decrease in inputs by 50%. Moreover, precision agriculture techniques employing sensors to evaluate plant condition have shown a 20% improvement in stress confrontation by aiding the timely resolution of problems such as nutrient deficits and pest infestations. This review articles provides a broad look at how cutting-edge precision tools are becoming increasingly important in growing plants and dealing with pressure. As technology improves, accurate equipment has become essential for improving every aspect of planting, from planting and growing to controlling pests and irrigation. This article will discuss several newer advances in precision farming, including the Internet of Things, unmanned aerial vehicles, smart sensors, digital twins, and many others. This review article aims to provide an overview of current trends, challenges, and prospects of tools in precision agriculture. The paper examines the current state of affairs in precision agriculture, considering novelties like drones, sensors, and machine learning. Stress factors such as changes in climatic conditions and scarcity of inputs hinder the proper growth of crops and, thus, high productivity.