Telkom University also participates in conducting various research and innovative works to develop the concept of safe, inclusive, and sustainable cities, on the transportation side, we created an innovation in the form of an integrated application and digital lock system for stable parking payments and guaranteed security information. has created an innovative tool that can accelerate disaster victim rescue operations. The tool is called the ‘Live Victim Radar,’ an innovation that allows rescuers to detect the location of live victims under debris in disaster areas more accurately and efficiently.
Telkom University has created an innovation in the form of an integrated application and digital lock system for stable parking payments and guaranteed security information. DIPAYBO was developed through the Student Creativity Program in the Field of Creative Works (PKM-KC) at Telkom University. The purpose of the application and the digital lock prototype is to enhance payment efficiency and improve security information. DIPAYBO was created by developing an application and designing a physical tool in the form of a digital lock. The application was built using the Kotlin programming language with Android Studio as the base. The physical design of the digital lock also involves electronics such as a servo, Arduino Uno, ESP8266, and several other components. The application works by displaying a QR Code on an LCD screen, which is then scanned and matched with the primary key in the application, allowing the digital lock to be used. Once the digital lock is clicked, the time calculation for the payment adjustment on the application begins. To unlock the lock, the user must open the payment feature on the application and scan the QR Code again, which will reflect the calculated fee converted into the QR feature on the lock.
This product was tested in the parking area of Telkom University. The testing process was conducted based on parameters such as lock opening duration, battery life, payment accuracy, lock security, and the lock opening process.
The innovation has also been tested for market interest through a survey, and respondents provided positive feedback, hoping for its implementation to ensure safe and convenient parking services. It is hoped that this innovative product can positively impact the management of unauthorized parking and gain support from relevant parties.
In addition to DIPAYBO, A lecturer from the Faculty of Electrical Engineering (FTE) at Telkom University (Tel-U), Dr. Aloysius Adya Pramudita, has created an innovative tool that can accelerate disaster victim rescue operations. The tool is called the ‘Live Victim Radar,’ an innovation that allows rescuers to detect the location of live victims under debris in disaster areas more accurately and efficiently. Adya Pramudita, who is part of the Research Center for Intelligence Sensing at Tel-U, explained that the Live Victim Radar is a combination of Small Displacement detection techniques and Through-The-Wall detection techniques, which have been under research since 2019. The penetration capability of the Live Victim Radar can reach up to 1.5 meters. The Live Victim Radar is built on a 24 GHz FMCW system base, equipped with vital sign detection capabilities for breathing and methods to overcome obstruction issues. The tool consists of several components: the RF Radar System, Data Acquisition System, Radar Signal Processing System, UI and Display System, and finally, the Material Handling Equipment Structure. Currently, Dr. Aloysius Adya Pramudita and his team are conducting further trials to ensure the reliability and effectiveness of the Live Victim Radar, while also developing additional features by implementing drones to cover larger areas. The team has also partnered with PT Radar Telekomunikasi Indonesia to develop a handheld version of the tool. It is hoped that with the innovation of the Live Victim Radar, disaster victim rescue operations will become more efficient and effective. This tool has great potential to reduce the risks and time required in searching for and rescuing disaster victims in hard-to-reach areas.
From the publication perspective, in 2023, we have released a total of 24 research publications in accredited journals and conferences related to SDG 11. and conferences related to SDG 11.
The full list of the publication can be accessed here:
Full Sustainability Report On SDGs 11 can be accessed here: