International Journal of Computer Applications (0975 – 8887) Volume 185 – No. 38, October 2023 16 Revolutionizing Farming: Mobile Application for Seamless Manure Distribution among Farmers Vega Erda Wijaya Yogyakarta University of Technology Yogyakarta, Indonesia Anna Dina Kalifia Yogyakarta University of Technology Yogyakarta, Indonesia ABSTRACT Agriculture is the most basic kind of human activity, encompassing both crop production and animal domestication [1]. Efficient farming systems can fully exploit and utilize limited resources, promote the all-round development of agriculture, and ensure the continuous increase of crop production [2]. In the world of agriculture, manure is needed to support the development of plants. Manure must be well distributed so that it is received by farmers on time and as needed. This research utilizes technology to create an application that can help farmers. Smartphone technology and related smartphone apps are a particular form of innovation which has seen increased focus in the farming sector in recent years [3]. Smartphone applications have been developed using Dart programming languange. The social networking opportunities in this app can help foster sustainable relationships among local farmers and manure sellers. Mobile technology offers a promising approach to improve [4] manure distribution between local farmers and sellers and should be explored further. General Terms Farmers, Android, Flutter, Dart, PHP Keywords Mobile Application, Distribution, Manure, Farmers 1. INTRODUCTION The agricultural sector in the developing countries is mainly comprised by smallholder farmers and constitutes the backbone of the local economy [5]. Many small farmers experience difficulties in the manure distribution process. To increase the resilience of farmers' livelihood systems, a detailed knowledge of adaptation strategies in the face of the impacts [6] of technological development is required. For this reason, making this manure ordering application will be very useful for farmers in the distribution of manure. In the world of agriculture, farmers often have difficulty getting manure so that plants that are late in being given manure will take a long time to grow and will even be easily attacked by pests so that the plants die in vain. If farmers do not get manure quickly, the use of manure becomes irregular which is certainly ineffective and time consuming. Quality attributes are properties of the system that stakeholders use to assess its quality [7]. The users of this application are farmers and breeders, the role of a breeder is to produce manure needed by farmers. Farmers need the manure by placing an order through the application, in the application of this application the function of each menu and appearance of this application is designed so that farmers are easy to understand and use the application at any time. Basically, the majority of farmers do not have qualified devices such as computers or laptops, therefore smartphone mobile applications are very important to support the functions and appearance that have been designed [8]. 2. RESEARCH METHOD This research is designed and continuously developed to perform the functions of its use. The system that works on the application can be visualized in the architecture diagram in Figure 1. Fig 1: Architecture Diagram This system will be used by farmers and breeders. The farmer can manage the data in the mobile application as an admin while the farmer acts as a user. The admin and user interfaces are also different because they have different functions, the data in the mobile application can be stored in the database through the Application Programming Interface (API). Application Programming Interface (API) itself is an interface that can connect one application with another. They define sets of rules and specifications for software programs to interact with [9]. MySQL is a relational database server that supports the well- known SQL (Structured Query Language) database language [10]. MySQL Relational Database is used to organize the data relationship model in the system. 2.1 Data Collection Procedure Data was obtained through 3 stages, namely the observation stage, the literature study stage, and the interview stage. 2.1.1 Observation Researchers observed and recorded every situation observed directly on agricultural land in Temanggung city to obtain information related to the object of research. Researchers conducted a survey of agricultural land and at that time the