AI and RoboticsPUBLISHED

Adaptability of Internet of Things (IoT) Based Farm Management System John C. Amar 1 , Kenrick Agustin S. Secugal 2 , Stephane L. Lampaza 3 , Arianne Grace N. Barbaza 4 , Jesha A. Pollicar 5 , Kenette Roeven C. Saylo 6 , John Michael A. Manulat 7 # College of Computing and Information Sciences University of Antique Sibalom, Antique, Philippines

John C. Amar (College of Computing and Information Sciences University of Antique Sibalom, Antique, Philippines), Kenrick Agustin S. Secugal (College of Computing and Information Sciences University of Antique Sibalom, Antique, Philippines), Stephane L. Lampaza (College of Computing and Information Sciences University of Antique Sibalom, Antique, Philippines), Arianne Grace N. Barbaza (College of Computing and Information Sciences University of Antique Sibalom, Antique, Philippines), Jesha A. Pollicar (College of Computing and Information Sciences University of Antique Sibalom, Antique, Philippines), Kenette Roeven C. Saylo (College of Computing and Information Sciences University of Antique Sibalom, Antique, Philippines), John Michael A. Manulat (College of Computing and Information Sciences University of Antique Sibalom, Antique, Philippines)
March 3, 2026

Abstract

The agricultural sector faces persistent challenges such At the heart of this digital transformation is the Internet of as labor shortages, inefficient resource utilization, and limited Things (IoT). Defined as a network of physical objects access to real - time farm data. These challenges are more embedded with sensors and software, IoT allows for the pronounced among small - scale farmers who rely on traditional seamless collection and exchange of data. The scale of this farming practic es. This paper presents a scalable Internet of technology is staggerin g; with over 15 billion connected Things (IoT) - based Farm Management System (FMS) designed to devices globally, the IoT ecosystem now exceeds the human improve productivity, decision - making efficiency, and sustainability in small - scale agricultural operations. The proposed population. [9] In developed nations, this connectivity has system integrates environme ntal sensors, microcontrollers, cloud revolutionized industries ranging from healthcare to urban services, and Short Messaging Service (SMS) notifications to planning, with agriculture being a primary be neficiary of this deliver real - time farm monitoring and automated irrigation automation [4][6] . support. The system is initially deployed to ten small - scale farmers, each managing 0.5 hectares o f land, with one monitoring station per farm. Results indicate that the IoT - based FMS The application of IoT in the field is vast and transformative. enhances farm monitoring accuracy, reduces manual labor From identifying ripe fruits and deploying drones for precision dependency, and supports data - driven agricultural decisions. The spraying to managing large - scale irrigation systems, the study demonstrates the system’s scalability poten tial for larger "connected farm" is rapidly becoming the gold standard. agricultural areas while maintaining cost - effectiveness and Projections ind icate that the number of agricultural IoT devices usability. will continue to skyrocket, growing from a mere 13 million in 2014 to hundreds of millions today. [11][5][8]

Keywords

Internet of Things (IoT)SensorsCloudIrrigation and FarmingArduino For Sibalomthe adoption of IoT represents a critical