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  • Directorate of Incubators, Businesses, and SmalL and Medium Enterprises (INBISKOM) UNIKOM hosts a Market Day to Strengthen the Entrepreneurial Ecosystem of MSMEs on Campus

    Directorate of Incubators, Businesses, and SmalL and Medium Enterprises (INBISKOM) UNIKOM hosts a Market Day to Strengthen the Entrepreneurial Ecosystem of MSMEs on Campus

    BANDUNG, UNIKOM — The Directorate of Incubators and Business Cooperatives for Micro, Small, and Medium Enterprises (INBISKOM) at Universitas Komputer Indonesia (UNIKOM) held a two-day Market Day event on Wednesday and Thursday, January 28-29, 2026. The event was held to provide a space for business interaction and a showcase for entrepreneurial products from the academic community and MSME partners. 

    Held in the lobby of the Smart Building UNIKOM, INBISKOM Market Day served as a strategic platform to promote the strengthening of the campus-based entrepreneurial ecosystem, particularly in supporting the development of businesses run by students, alumni, and MSME partners. Approximately 120 SME tenants from the academic community and students of UNIKOM participated, offering a variety of businesses, such as food and beverages, creative products and accessories, fashion, service-based and digital businesses. 

    On the first day, Market Day began with a speech by the Rector of UNIKOM, Prof. 3 Prof. H.C. Dr. Ir. Eddy Soeryanto Soegoto, M.T. He expressed his appreciation and pride for the implementation of Market Day as a manifestation of entrepreneurship and business learning based on practice in the campus environment. He emphasized the importance of encouraging students to start a business early, even on a small scale, as part of the process towards economic independence and the creation of new jobs. 

    After the speech by the UNIKOM Rector, the event continued with a ribbon-cutting ceremony by the UNIKOM Rector, accompanied by the Vice Rectors, Deans, and the Director of INBISKOM. The event then followed with a speech from the representative of the West Java Cooperative and Small Business Office, Moch. Danny Fulton, S.Hut., M.Eng., M.Sc. He expressed his hope that in the future, UNIKOM students would not only be ready to enter the workforce but also be able to create jobs through creative, innovative, and technology-based ideas. 

    Next, the event featured an entrepreneurship talk show with Vice Rector IV for Digital Technology & ICT, International Programs & Center of Excellence of UNIKOM, Prof. Zainal Arifin Hasibuan, Ph.D., as the main speaker. This session was moderated by the Director of INBISKOM, Prof. Dr. Lilis Puspitawati, S.E., M.Si., Ak., CA., with a theme around entrepreneurship and digital business in the contemporary era. 

    In his presentation, Prof. Zainal highlighted the strategic role of MSMEs in the national economic structure. He also explained that more than 97% of job opportunities in Indonesia come from the micro, small, and medium enterprise sector, making the strengthening of MSMEs a key factor in job creation and economic growth. In addition, he emphasized the importance of MSMEs adapting to digital transformation, strengthening their branding, and utilizing online platforms so that their products can compete not only at the local level but also at national and international levels. 

    On the second day, in addition to being enlivened by various tenants from MSME businesses, the talk show agenda featured Gerry Permana Santosa, S.IP., as a guest speaker who discussed business development, marketing strategies, and business opportunities amid the dynamics of the creative and digital economy. The enthusiasm of the participants was evident in every Market Day talk show session. The speakers also took the time to visit each tenant to discuss with the participants and share tips for business success directly with the participants according to their respective fields of business. 

    Through the organization of Market Day, the Directorate INBISKOM of UNIKOM reaffirmed its commitment to supporting sustainable entrepreneurship development while strengthening the role of higher education institutions as drivers of the creative economy and innovation-based SMEs. (Directorate of Hms & Pro)

  • Implementation of Telecontrol of Solar Home System Based on Arduino via Smartphone

    Implementation of Telecontrol of Solar Home System Based on Arduino via Smartphone

    Author: Herdiana B. ; Sanjaya I.F.

    DOI: 10.1088/1757-899X/407/1/012088

    Abstract

    The purpose of this study was to implement telecontrol of solar home system. Implementation of Internet of Things in this research is used to support the design of monitoring system to control electric power load generated by solar panel. The design of the system begins with a field comparative study and then simulated before it is manufactured and tested system parameters that include current, power and duration of time when the device connected power load control via internet network. The technique used is to collaborate the value of current and voltage measured by the current and voltage sensors as the value of power used. The results show that during the charging of energy within 10 hours obtained average power of 1.35 Watt when the maximum power is measured at 5.2 Watts. The moment of discharging takes place the battery’s reserve energy is capable of switching on 4 lamp loads over a period of 30 Minutes with current and average power consumption of 1.16 A and 14.35 Watt respectively when the process of sending data from the microcontroller to web server done within ± 7.9 seconds. Therefore, the system designed to work well and is able to provide convenience for users in controlling and controlling the use of power in real-time at a very long distance. © Published under licence by IOP Publishing Ltd.

    Indexed keywords

    Engineering controlled terms

    Electric load management; Green computing; Power control; Solar buildings

    Engineering uncontrolled terms

    Average power; Comparative studies; Control via internets; Electric power; Maximum power; Monitoring system; Solar home system; Voltage sensor

    Engineering main heading

    Electric power system control


    This article can be accessed at: https://www.scopus.com/pages/publications/85054822598

  • Portable LED lamps

    Portable LED lamps

    Author: Sutono

    DOI: 10.1088/1757-899X/407/1/012085

    Abstract

    The purpose of this study was to design the Portable LED Lamp to overcome the problem of the need for power sources and lighting for outdoor activities such as camping, mountain climbing or long trips. The equipment is made up of solar cells that charge the charger through a charge controller to turn on the LED light or recharge the phone battery. The method used in this research is float charging by using the main components of LM7805 voltage regulator. The charger battery used is Li-Ion (Lithium-Ion) which is cheaper, easy to maintain and does not contain harmful substances so it is quite safe when compared to Ni-Cd (Nicke-Cadmium) and Ni-MH (Nickel-Metal Hydride). The advantages of this made system is the lithium battery can be recharged its electric charge by using solar cell power source and PLN power grid. © Published under licence by IOP Publishing Ltd.

    Indexed keywords

    Engineering controlled terms

    Binary alloys; Cadmium alloys; Charging (batteries); Electric power transmission networks; Hydrides; Light emitting diodes; Nickel compounds; Nickel metal hydride batteries; Solar cells; Voltage regulators

    Engineering uncontrolled terms

    Charge controllers; Float charging; Harmful substances; Mountain-climbing; Nickel metal hydride; Outdoor activities; Phone batteries; Power sources

    Engineering main heading

    Lithium-ion batteries
    This article can be accessed at: https://www.scopus.com/pages/publications/85054857936

  • Risk Analysis of Dutch Healthcare Company Information System

    Risk Analysis of Dutch Healthcare Company Information System

    Author: Septian R.F. ; Pamuji G.C.

    DOI: 10.1088/1757-899X/662/2/022041

    Abstract

    The purpose of this research is to assure the performance and quality of healthcare information system security from the Dutch Company, which is located in Rotterdam, Netherland. The research applies COBIT 5 to audit the existing information security management system (ISMS) based on ISO 27001 and NEN 7510-2 2017 toolkit to audit the information system security for healthcare-specific issue. The audit is applied in order to identify any risk that might come during the ISMS implementation. On the other hand the result will be used as an improvement for the successor version of ISMS which compatible with the ISO 27001 and NEN 7510-2. The research was composed by applying qualitative method that consists of observation of the activity of the company and reviews the existing ISMS-related documents. As a result of this audit, the company ISMS has an achievement from NEN 7510-2:2017 audit result that has a score for 92.86 % on security management section. For the COBIT 5 result, the audit yield a result that consist of two “Established Process” level on APO13 and MEA02 and “Predictable Process” level on DSS 05. The result indicates a good result and encourages the company to improve their ISMS for next period. © Published under licence by IOP Publishing Ltd.

    Indexed keywords

    Engineering controlled terms

    Health care; Industrial management; Information systems; Information use; Management information systems; Risk analysis; Risk assessment; Security of data

    Engineering uncontrolled terms

    Healthcare companies; Information security management systems; Information system security; Qualitative method; Quality of health care; Rotterdam; Security management

    Engineering main heading

    Information management


    This article can be accessed at: https://www.scopus.com/pages/publications/85075861540

  • Cargo Vehicle Monitoring with Renewable Energy and Geofencing for Lane Restrictions

    Cargo Vehicle Monitoring with Renewable Energy and Geofencing for Lane Restrictions

    Author: Wicaksono M.F ; Syahrul; Sutono; Rahmatya M.D.

    DOI: 10.1088/1757-899X/662/5/052007

    Abstract

    The main objective of this research is to design a cargo vehicle monitoring system. The method used to limit the path is geofencing. The web application will limit the path to be traversed, so the warning alarm on the server will light up when the vehicle exits the specified paths. The advantage of this design is that the required power is taken from the battery, so there is no need to take power from the car battery. The battery will be charged by using a solar cell. On the hardware side, Arduino UNO is used as the main processor. Arduino will receive data from the GPS module then sent it to the server via the GSM GPRS module. On the software side, the data that has been received will be saved to the database, parsed, compared to the specified line limit and will be displayed on the web application. The results of this study are a model tool for monitoring cargo vehicles with the limitation of lanes and renewable resources. With this model, it is expected that it can help the entrepreneurs of goods delivery services to monitor their vehicle. © Published under licence by IOP Publishing Ltd.

    Indexed keywords

    Engineering controlled terms

    Application programs; Global system for mobile communications; Vehicles

    Engineering uncontrolled terms

    Cargo vehicles; Goods delivery; GPRS module; Modeling tool; Renewable energies; Renewable resource; WEB application

    Engineering main heading

    Secondary batteries


    This article can be accessed at: https://www.scopus.com/pages/publications/85075898728

  • Application of long-term renewable energy technology for nature balance

    Application of long-term renewable energy technology for nature balance

    Author: Sulistyo D. ; Maulana P. ; Yusup M.

    DOI: 10.1088/1742-6596/1402/6/06608

    Abstract

    The purpose of this study is to identify the development of renewable energy technologies in the world, especially Indonesia for the future. The method used in this study is a descriptive method, namely by presenting a complete picture of the situation associated with seeing the developments that have been applied. The result of this study is to find out the extent of developments in the clean energy and renewable energy sectors, as well as the importance of the environment and natural balance in aspects. This research was conducted by discussing the development of technology that is applied as a producer of clean energy that does not have a bad impact on the surrounding environment. © Published under licence by IOP Publishing Ltd.

    Indexed keywords

    Engineering uncontrolled terms

    Clean energy; Indonesia; Renewable energy sector; Renewable energy technologies; Surrounding environment

    Engineering main heading

    Physics
    This article can be accessed at: https://www.scopus.com/pages/publications/85077823962

  • Energy Utilization of Kinetic Paving Technology

    Energy Utilization of Kinetic Paving Technology

    Author: Ansori I. ; Wanita Subadra Abioso

    DOI: 10.1088/1757-899X/879/1/012152

    Abstract

    Nowadays, electricity has become a priority in daily life and can even be considered as a primary human need. On the other hand, the excessive use of electricity or energy and the increase in population is one of the factors that can increase energy requirements. In Indonesia, the use of electricity comes from very limited natural resources. Therefore, energy savings should be implemented, either by using as necessary or even making an update that can sustain existing electrical energy. Apart from saving energy, it would be better to create new energy with minimal effort. Like producing energy from daily human activities, one of it is walking. The result is the creation of Kinetic Paving material technology that when people step on it will produce electricity. The benefits of this technology can create electricity that can be used for the environment of this kinetic paving. As for lighting in paving as lighting art or as a source of energy for surrounding buildings. Kinetic Paving is applied in pedestrian traffic spaces. This energy is expected to help the community and the surrounding environment. This is an update that should have been implemented. When natural resources are getting low and energy prices are getting higher, we need all these reforms. © Published under licence by IOP Publishing Ltd.


    This article can be accessed at: https://www.scopus.com/pages/publications/85091363797

  • Study of Risk Assessment and Business Continuity Management of Analog to Digital Archiving Process in order to Guarantee Reliable System

    Study of Risk Assessment and Business Continuity Management of Analog to Digital Archiving Process in order to Guarantee Reliable System

    Author: Yeffry Handoko Putra ; Rahma Wahdiniwaty

    DOI: 10.1088/1757-899X/879/1/012018

    Abstract

    The process of converting analog files into digital files in the archiving process is a routine activity that needs to have appropriate procedures and is accompanied by a study of the profits and risks that accompany the process. The method of the research to solve this problem was by risk management approach refer to ISO/TR 18128 about risk assessment of recording data and ISO 22301 about Business Continuity Management (BCM). Through risk management, risk analysis review is conducted which determines the risk identification, risk assessment, risk evaluation, and strategies to enhance the ability to handle the digitization process. In other hands, business continuity management provides the potential benefit from the digitization process and guarantee of maintaining a reliable system. The companies to be observed are University, Government, and Financial Company (FC). The discussions are about the risk treatment with the strategy to reduce it and the comparison of maturity BCM from every companies. The result explains the readiest company in implementing analog to digital archiving process and the most company who has more mature in developing Business Continuity Management. © Published under licence by IOP Publishing Ltd.


    This article can be accessed at: https://www.scopus.com/pages/publications/85091365666

  • Information System Security Analysis of XYZ Company Using COBIT 5 Framework and ISO 27001:2013

    Information System Security Analysis of XYZ Company Using COBIT 5 Framework and ISO 27001:2013

    Author: Prapenan G.G, Pamuji G.C

    DOI: 10.1088/1757-899X/879/1/012047

    Abstract

    Information system security is now very important to prevent from an attack. Besides that, low level security can harm the productivity of an organization. The purpose of this research is to ascertain and know the level of information system security in XYZ Company, because it has never conducted an audit information system security. In this research, it used the COBIT 5 framework to audit information security management system in a company based on the ISO 27001 standard. This audit was conducted to identify information system security that was not good. In addition to improving the information security management system that will be adjusted to the ISO 27001 standard. This research was composed by applying a qualitative methodology, observation of the activity in the company and reviews related information security management system literature document existing. For the auditing using COBIT 5 framework, audit focuses on four kinds process that consists of APO12, DSS05, MEA02 dan EDM03. The audit COBIT 5 two results in consisting of “Managed Process”Level on APO12, MEA02 and EDM03 and “Performed Process”level on DSS05. The resulting of this research will be used a reference to the improvement of existing information system security in the company. © Published under licence by IOP Publishing Ltd.

    This article can be accessed at https://www.scopus.com/pages/publications/85091366155

  • Optimization of Forest Plant Seeding Based on the Internet of Things

    Optimization of Forest Plant Seeding Based on the Internet of Things

    Author: Hirawan D, Mahendra D

    DOI: 10.1088/1757-899X/879/1/012052

    Abstract

    The research objective is to compare the seeding of forest plants using manual methods with the Internet of things-based seeding. The research method used a prototyping model. In this research, the application of the Internet of Things is supported by solar panels that are used as alternatives energy if at some time conventional energy has decreased power or disconnected. Thus, the use of tools connected to each other can continue to run without worrying about losing power. Some of the parameters measured in this seeding include room temperature, soil pH, and soil humidity. Sensor equipment used includes temperature sensors, Soil Moisture Sensor, and soil pH sensors. The temperature sensor is used as a trigger to turn on the blower that serves to remove heat from the room. Besides, the moisture sensor is used as a trigger to turn on the water pump used as an automatic sprinkler of crop seeds. Then, soil pH sensors are used to measure soil acidity levels that affect the growth of forest plant seeds. As for the seeding process is done using Mangium type plant seed or in Latin “Acacia Mangium”by using 400 seed samples. The results of this study showed that there was an increase in seed growing during seeding supported by the Internet of Things method of 24% compared to manual methods. © Published under licence by IOP Publishing Ltd.

    This article can be accessed at https://www.scopus.com/pages/publications/85091370118