Dekomposisi Fungsi pada Pengembangan Sistem Persediaan Barang CV. Jaya Abadi Berbasis Java

CV. Jaya Abadi is a company engaged in the sale of building materials. This company in its business activities has not implemented information technology as a whole. One of the problems that need to be considered in the company's business processes is the inventory system. The inventory system is carried out using paper files which have a less effective and efficient impact and hinder company performance. Often there are errors in recording inventory. A reliable information system is needed so that the transaction process runs optimally and reduces errors made by employees. This research was conducted to solve the problem of inventory management at CV. Jaya Abadi. Based on these problems, the main objective of this study is how to improve inventory management in CV. Jaya Abadi.

Implementasi Sistem Informasi Manajemen Laboratorium Kebidanan Pada Fakultas Ilmu Kesehatan Universitas Ibrahimy

The Faculty of Health Sciences (FIK) is one of the faculty under the Situbondo Ibrahimy University that develops education in health sector, which in its implementation of the learning process do a lot of practicum both in the laboratory or in the classroom. One of the laboratories is midwifery laboratory. Midwifery laboratory of FIK serves the lending of tools, rooms and packages to students and lecturers, both to be used for the learning process, or to the needs of research and community service. The lending transaction process, with many packages containing a variety of tools, requires an effective and efficient recording data system. The purpose of this research is to help the staffs of midwifery laboratory to serve all the processes of lending, returning, procuring and repairing equipment. This information system provides information about student activity in practicing and using tools in the midwifery laboratory, as well as the availability of tools with student ratios so that they can become decision support for faculty leaders in the procurement and monitoring of tool use in the laboratory.

The effect of implementing information systems on MS Glow

Ms Glow is a company engaged in the beauty sector. Ms Glow is a local brand that presents a series of skincare, especially for Indonesian women, which was founded in 2013. Technology is growing very fast as is online sales. This Ms Glow Information System was designed to serve as a promotional medium for Ms Glow and to simplify the online buying and selling transaction process. The design of promotional media also considers the factors that can affect the target market and target audience, so that the desires of potential customers can be identified. The website created can display complete and clear information and contain transaction reports, which sometimes errors occur when processing data. Ms Glow's Information System is a website that makes it easy for shop owners and consumers to make sales transactions, purchase goods and report data. Using easy-to-read fonts, attractive photo images, and choosing the right color. This system is created using the PHP programming language with the MySQL database for data storage. The result of this system is that it can process product information, such as: managing user data, category data, goods data, and the process of purchasing goods transactions. Through this website, it is hoped that Ms Glow as previously mentioned can be implemented and improved

Aplikasi E-Kafe Green Market Padang Berbasis Web

Transaction and promotion processes are very important in a trading activity, so it takes a system or application to manage the process to be more efficient. This research aims to produce an application that can provide transaction and promotion service solutions in Padang green market cafes. Application development methods use prototypes with problem analysis stages, creating application design models and testing. Hierarchy input process output (HIPO) is a diagram that is a design application that has been created starting from data entry, data process, and reports. Entity Relationship Diagram (ERD) and Context Diagram (CD) are to model data structures and relationships between data. Furthermore, this system evalusion is tested using blackbox testing that serves to find out how far the component components or modules on the system are working. The results of this research are in the form of applications or information systems to facilitate the transaction process at Kafe Green Market Padang. The system consists of the main page, login page, data entry menu, transaction menu, and payment confirmation menu. The evaluation results show that the system is already running well, because every component of the system when used there is no error. So that this system can be used and utilized by users.

Development of Electronic Commerce on Tourist Traveling

The research aims to specify the effect of the expansion of e-commerce on the ticket booking business. The method used in this research was descriptive analysis, which was a method that presents a complete picture of the phenomena that occur in the case raised. Besides that, this study identifies the extent of the impact resulting from the development of e-commerce on the ticket booking business, as well as the benefits to be gained from the results of the ticket booking. The results of this study prove that booking tickets online is very efficient and makes it easy in the transaction process. Based on the analysis conducted, the impact of the development of e-commerce on the online ticket booking business has a major effect on the development of e-commerce. The research concluded that the effect of e-commerce development has a big influence on people's interest in booking tickets online.

Prototype mobile contactless transaction system in traditional markets to support the covid-19 physical distancing program

One way to prevent and reduce the spread of the covid-19 pandemic is through physical distancing program. This research aims to develop a prototype contactless transaction system using digital payment mechanisms and QR code technology that will be applied in traditional markets. The method used in the development of electronic market systems is a prototype approach. The application of QR code and digital payments are used as a solution to minimize money exchange contacts that are common in traditional markets. The results showed that the system built was able to accelerate and facilitate the buying and selling transaction process in traditional market environment. Alpha testing shows that all functional systems are running well. Meanwhile, beta testing shows that the user can very well accept the system that was built. The results of the study also show acceptance of the usefulness of the system being built, as well as the optimism of its users to be able to take advantage of this system both technologically and functionally, so its can be a part of the digital transformation of the traditional market to the electronic market and has become one of the solutions in reducing the spread of the current covid-19 pandemic.

ANALISIS SURVEI KEPUASAN PELANGGAN TERHADAP E-COMMERCE DENGAN METODE SIMPLE ADDITIVE WEIGHTING

Online shopping is the process of purchasing goods / services by consumers to realtime sellers, without services, and through the internet. The development of online business in Indonesia is now very rapid, one of them by shopping online. Online stores or we often call e-commerce is a form of change that is presented by the internet in terms of innovation in shopping by providing various facilities in the transaction process. The aim of the writer is to determine the best e-commerce, therefore the author uses the SAW (Simple Additive Weighting) method because the method is able to make a more precise assessment because it is based on the value of criteria and preference weights that have been determined, besides that the SAW method also can select the best alternative from a number of alternatives because there is a ranking process after determining the weights for each attribute.

Auction Application for Beringkit Animal Traditional Market Based on Android

Beringkit Animal Market is one of the large traditional animal markets in Bali which is famous for selling superior cows. In addition to selling superior cows, Beringkit Animal Market also sells dogs and various types of poultry such as chickens, ducks and roosters. However, in the midst of the COVID-19 outbreak, traditional markets are considered as the main cluster for the spread of COVID-19 due to the large number of interactions between buyers and traders. The implementation of Community Activity Restrictions (PPKM) has resulted in a lack of income for traders at the Beringkit Animal Market. This study aims to design an Android-based online animal auction application as a medium for buying and selling animals to minimize physical interaction between buyers and traders, the online auction transaction process is chosen because the auction transaction process can bring together traders and buyers in the same online media and make offers up to reach the highest agreed price. The research method applied is the DSRM method or Design Security Research Method, application development uses Android Studio to develop mobile applications, and uses Visual Studio Code to develop web-based systems. Data storage and web server management in this study using MySQL and Laravel. The results of this study are in the form of an Android-based animal auction application that can be used as a medium for transactions between buyers and traders who have gone through the blackbox testing process with the test results as expected.

Smart Contract Innovation and Blockchain-Based Tokenization in Higher Education

Blockchain which includes smart contract and tokenization features is the latest technology in the world, especially Indonesia. Smart contracts and tokenization make it very easy for users and can maintain valid data security, but there are still many universities that have not implemented the system so they have to involve many parties and costs. The problem taken in this study is the payment process for transactions such as credit and data processing that is vulnerable to illegal data leakage. This study aims to develop a smart contract system and blockchain tokenization in universities in the payment transaction process. The method used in this research is literature review analysis and testing method. The implementation of smart contracts and tokenization can replace third parties as security guards of transaction data with all Blockchain users paying attention and ensuring the integrity of the entire process and activity. This of course can avoid problems that arise from the presence of third parties in the transaction process. So it can be concluded that the implementation of smart contracts and Blockchain tokenization in payment transactions is the right solution to be applied in the payment transaction process at universities.

Secured Insurance Framework Using Blockchain and Smart Contract

Traditional insurance policy settlement is a manual process that is never hassle-free. There are many issues, such as hidden conditions from the insurer or fraud claims by the insured, making the settlement process rough. This process also consumes a significant amount of time that makes the process very inefficient. This whole scenario can be disrupted by the implementation of blockchain and smart contracts in insurance. Blockchain and innovative contract technology can provide immutable data storage, security, transparency, authenticity, and security while any transaction process is triggered. With the implementation of blockchain, the whole insurance process, from authentication to claim settlement, can be done with more transparency and security. A blockchain is a virtual chain of data blocks that is a decentralized technology. Any transaction or change in the blocks is done after the decentralized validator entity, not a single person. The smart contract is a unique facility stored on the blockchain that gets executed when the predetermined conditions are met. This paper presents a framework where smart contracts are used for insurance contracts and stored on blockchain. In the case of a claim, if all the predetermined conditions are met, the transaction happens; otherwise, it is discarded. The conditions are immutable. That means there is scope for alteration from either side. This blockchain and intelligent contract-based framework are hosted on a private Ethereum network. The Solidity programming language is used to create smart contracts. The framework uses the Proof of Authority (PoA) consensus algorithm to validate the transactions. In the case of any faulty transaction request, the consensus algorithm acts according to and cancels the claim. With blockchain and smart contract implementation, this framework can solve all the trust and security issues that rely on a standard insurance policy.