Adityas Widjajarto's research while affiliated with Telkom University and other places

This paper explores the digital transformation of village head elections in Sukadana, Indonesia, with a focus on the implementation of database-driven technology. We examine the transition from traditional paper-based voting methods to electronic voting systems and the impact on voter participation, transparency, and the overall electoral process. We also analyze the results of this transformation, identify challenges encountered during the process, and draw lessons from this case study. Furthermore, we provide recommendations for other rural areas considering a similar digital shift. Our findings highlight a significant increase in voter participation, improved process transparency, and the potential for enhancing democracy at the village level. The success of this digital revolution in a rural context underscores the importance of a tailored approach to technology adoption in such settings, considering local needs and addressing security concerns.

The rapid advancement of technology can influence every individual, organization, and even government in the accurate, effective, and efficient delivery of information. The XYZ local government is a governmental institution that serves the community in the field of trade. Information related to the XYZ regional government is directly managed by the XYZ Regional Communication and Information Office (Diskominfo), an institution specializing in technology and informatics. Diskominfo leverages technological progress to disseminate information to the community of the XYZ region, particularly those involved in trade, through their website, with the goal of facilitating the acquisition of accurate, precise, and reliable data directly. With the evolution of technology, the security of a website assumes increasing importance, as it can prevent attacks from irresponsible entities that may disrupt the system and harm the website owner. During the analysis process, the author simulates the role of an attacker to identify security vulnerabilities and weaknesses present on the XYZ local government website. This entails an analysis of security gaps aimed at determining the level of risk and confidence in the website. In the examination of security vulnerabilities, the author identifies 42 alerts, categorized into four risk levels: 9 vulnerabilities with a high-risk level, 13 with a medium-risk level, 11 with a low-risk level, and 9 with an informational risk level.

The rapid development of technology has impacted various aspects of life, including the way individuals, organizations, and governments deliver accurate, effective, and efficient information. XYZ local government, which is responsible for serving the community in the trade field, manages its information through the Communication and Information Agency (Diskominfo) of the XYZ region. Diskominfo employs technological advancements to provide the people of the XYZ region with direct access to accurate, precise, and reliable data through their website. However, the security of the website has become a crucial aspect to prevent attacks from malicious individuals that can cause damage to the system and harm the website owner. To analyze the website's security loopholes and vulnerabilities, the author performed a simulation of an attacker. The analysis aimed to evaluate the level of risk and confidence in the website. The results showed 42 alerts categorized into four risk levels: 9 vulnerabilities with a high-risk level, 13 vulnerabilities with a medium-risk level, 11 vulnerabilities with a low-risk level, and 9 vulnerabilities with an informational-risk level.

Information technology (IT) has been widely applied in various aspects of life, one of them through the IT implementations in hospitals to carry out administrative activities that aim to facilitate data processing and make existing operational activities run more effectively and efficiently. In this case of Muhammadiyah Sumberrejo Islamic Hospital, which requires a server room that is useful as a data center for IT management. It has a long-term plan to develop fair distribution of service in the form of the room heating, ventilation, air conditioning (HVAC) system based on humidity and temperature standard. Thus, it is necessary to design a monitoring system to align with the contextual setting and requirements. In this study, a data center for the Hospital will be designed using the standard of TIA-942 humidity and temperature while the PPDIOO Network Life-Cycle Approach method used for the development process. The result will be in accordance with the HVAC arrangement within the room.

p> The rapid development of information technology has made security become extremely. Apart from easy access, there are also threats to vulnerabilities, with the number of cyber-attacks in 2019 showed a total of 1,494,281 around the world issued by the national cyber and crypto agency (BSSN) honeynet project. Thus, vulnerability analysis should be conducted to prepare worst case scenario by anticipating with proper strategy for responding the attacks. Actually, vulnerability is a system or design weakness that is used when an intruder executes commands, accesses unauthorized data, and carries out denial of service attacks. The study was performed using the AlienVault software as the vulnerability assessment. The results were analysed by the formula of risk estimation equal to the number of vulnerability found related to the threat. Meanwhile, threat is obtained from analysis of sample walkthroughs, as a reference for frequent exploitation. The risk estimation result indicate the 73 (seventy three) for the highest score of 5 (five) type risks identified while later on, it is used for re-analyzing based on the spoofing, tampering, repudiation, information disclosure, denial of service, and elevation of prvilege (STRIDE) framework that indicated the network function does not accommodate the existing types of risk namely spoofing. </p

Currently, cloud service providers have used a variety of operational mechanisms to support the company's business processes. Therefore, the services are stored on the company's server, which presents in the form of infrastructure, platform, software, and function. There are several vulnerabilities that have been faced in the implementation such as system failure, natural disasters, human errors, or attacks from unauthorized parties. In addition, the time of unavailability of services can be minimized by doing an LM, in which many servers have been used the containers to behave like a service provider. Actually, its existence replaces the virtual machine that requires more resources although the process only can be done through docker with checkpoint and restore in userspace (CRIU). In this research, LM processes are done to the docker container using CRIU by analyzing the quality of service (QoS), memory, and CPU usage. Thus, the simulation is carried out by establishing the LM using 2 (two) different platforms through scenarios with one and three containers respectively. The performance analysis results aim to examine several indicators in comparison with the achievable result to reduce problems that occurred in the cloud service.

In container technology, the deployment process becomes more complicated, time-consuming, and has extensive resources, hence, there is a necessity for a faster and more practical process. A very familiar one used among IT engineers and technicians is Kubernetes. Meanwhile, the configuration management tool for deployment that widely known is Ansible, as an innovation machine that enables automation for cloud availability, configuration management, application deployment, intra-service orchestration, and other IT needs. This study analyses the performance of Ansible configuration management tools to deploy a Content Management System (CMS) platform that is WordPress and MySQL using Ubuntu 16.04 LTS as a management node and target deployment. The parameters used in this test are measured in terms of the time interval, CPU usage, memory usage, and configuration management. It also analyzed the deployment of the Ansible automation engine to develop Odoo Server using the Google Cloud Platform (GCP). The measurements of the Ansible configuration showed that nodes do not affect the time interval. On CPU usage, the more the number of nodes, the smaller the CPU usage. The memory (RAM) usage on the number of different nodes indicates that the results are unstable. Meanwhile, this study also compares the Ansible automation engine between manual and automation development.

Auto repair is a series of activities that engage in the field of body repair and painting services of car and motorcycle. The ultimate goal is to provide the best service and quality standards to customers by running the proper response processes, which lead the increased customer satisfaction to be achieved. Importantly, every company required the security system and mechanism to maintain the existing system as an effort to protect and overcome problems related to data privacy, transactions and communication. This study explores the problem and challenges faced by the respected company to generate an access control matrix for logical and physical assets as well as service operation procedure. The focus primarily in the development of Security Operation Center (SOC) as the front gate of the company to offer various services to the customers. SOC is a key enabler for operators who aspire to differentiate themselves based on customer experience and demand. A successful SOC application can help operators to reduce the pressure and improve operational efficiency.