The business of Food And Beverages is a business that is currently showing rapid development, but the media still used uniform promotion by using the brochure display only 2D objects and lack of differentiation in doing promotion, therefore researchers initiative to design and make the application of augmented reality that can make it easier buyers and increased power consumption tastes to see visual form menu and as an interactive media promotions using the technology of augmented reality based android tailored to needs.The making of the application is created using the Unity3D software with programming languages C #, Blender3D for 3D object formation, where each stage of the system is done in a sequence repeated quickly. The results obtained from this research that is has made application augmented reality on a catalog of Food And Beverages based on android

Marboy Workshop is one of the workshops in Tangerang City which is engaged in services, especially motorcycle repairs. So far, there have been difficulties, especially in diagnosing damage to the Honda Beat injection automatic motor. To support the diagnosis of damage to the Honda Beat injection matic motor, an expert system for diagnosing damage to the Honda Beat injection matic motor is designed using a web-based forward chaining method. The purpose of this study is to assist mechanics or technicians in analyzing various damage to the Honda Beat injection matic motorcycle at the Marboy Motor repair shop with a faster processing time. This research method uses qualitative methods. Through observation, interviews, and literature study. The system design method in this research is using UML and the system creation method in this study uses web-based forward chaining. The results of the research are mechanics can find out the desired symptoms, mechanics can find out the damage that occurs on the Honda Beat injection automatic motor, and mechanics can find solutions to the symptoms and damage that exist on the Honda Beat automatic injection motorbike.

In higher education, information systems become a strategic tool for the continuity of universities or institutions themselves, especially in the running business processes. The disruption of information systems in higher education will have a bad impact, especially for the continuity of business processes, information systems that initially as a tool will then turn into a threat and even become a risk if it is not properly addressed and mitigated. The problem that arises is that University of Muhammadiyah Tangerang has never conducted a system risk analysis assessment of existing information, including policies relating to information technology security. This study aims to provide information to the University of Muhammadiyah Tangerang regarding the risks, threats and weaknesses of information technology found and recommendations that can be applied to mitigate risks that can arise. This study uses the octave-s risk analysis method combined with ISO 27001: 2013 control standards. The results of this study are in the form of a final document that can be used as a guideline and help in the future development of a risk analysis assessment at UMT. The results of the evaluation obtained, it is known that risk management is in the MEDIUM position, meaning that UMT does not experience risks that can stop / damage information systems that have an impact on the cessation of teaching and learning, but risks and weaknesses in universities can have an impact on decreasing university performance immediately.

Plant growth depends on the level of soil fertility and also the availability of water content in the soil. To maintain plant growth, a way is needed so that the process of watering plants can be switched from the manual watering method to a more modern one by utilizing information technology, the internet of things. This research takes the example of chili plants as a plant that will be an example of the application of the internet of things, especially the process of watering plants according to the water requirements needed by chili plants. Systems (tools & software) that allow the process of watering plants to be carried out automatically were developed with the aim of making work that is usually done by humans easier, especially in watering plants. With the application of the internet of thought in the process of watering the plants, it is expected that the amount of water needed in the process of watering the plants will be in accordance with the needs of the plants. This study designed an internet of things-based tool that would be able to water plants automatically using a soil moisture sensor at soil moisture content YL-69 and controlled by nodemcu and would receive instructions from an Android device that could provide information on soil moisture values according to soil pH. suitable for chili plants. This research has produced an internet-based plant watering system of things that has automated the process of watering plants according to the needs of these plants.

Along with the improvement of the system that is running, namely by changing the system that was manual to be automated or computerized, it turns out that the performance of the system that supports user activities quickly is needed. PT GMF AeroAsia, Tbk uses the RCM (Reliability Centered Maintenance) maintenance method to maintain engine health regularly, one of which uses a borescope tool. But the reporting of borescope results is still not maximized by doing a manual recording system on every data into Microsoft Word. As a result, data input takes so long that reporting is too late. Borescope is a device that works like a telescope, microscope or camera. This allows people to explore areas that are too small, too far away or out of reach. It has a lens at the top attached to the insertion tube which can be rigid or flexible. With the existence of information technology, it will help users in completing their work. The processing of data on engine maintenance is still manual, making it difficult for employees to process data and slow down in making reports and sometimes reporting results are still not in accordance with the provisions set by AMM (Aircraft Maintenance Manual) and ESM (Engine ShopManual).