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The AI Center is physically located at the Faculty of Computer Science, Universitas Indonesia (Fasilkom UI) and fully equipped with collaborative working space and the NVIDIA DGX-1, Indonesia’s fastest AI and Deep Learning computing infrastructure. From an organization perspective, the AI Center is not just another research lab, but rather, it is a hub of activities where researchers from various research labs at Fasilkom UI can work together among themselves as well as external partners to solve real-life problems using AI approaches.
Such a close collaboration between the expertise of UI researchers in AI and the application domain know-how from industry, which is represented, foremost, by Tokopedia. Through this collaboration, the AI Center focuses on theoretical foundations as well as useful applications of AI technologies, taking into account both product and human-aspect of AI.
Equipped with the latest AI technologies, the AI Center commits to conduct excellent AI research, advancing the state-of-the-art and shaping the national AI strategies.
The AI Center develops innovative products,systems, and services with AI as the core component. The AI Center focuses on unleashing the full potential of AI as end-to-end products to improve various aspects of human lives.
As a result of partnership between UI and Tokopedia, the AI Center serves as a role model for collaboration in the area of AI research and development between academia and industry. Furthermore, the AI Center aims to foster other forms of partnerships with industry and government, delivering concrete AI solutions for real-world problems.
The AI Center aims to expand the national talent pool in AI through training programs for students, researchers, practitioners, and general public in collaboration with Pusat Ilmu Komputer (Pusilkom) UI. In addition, relevant courses in Fasilkom UI can make use of computing facilities at the AI Center to provide hands-on experience to students.
The AI Center can play a role in increasing public awareness about AI. This is done through formal scientific publication in journals and conferences, promotion of its products, special events, as well as student and public AI-themed competitions.
The recent wide adoption of digital payment in urban communities has created demands for more personalized and more dynamic use cases. In rural areas, the penetration of digital payment can be made higher. AI technologies provide analytics to revolutionize digital payment applications in Indonesia.
What items can be best to sell for merchants? What is the right time to buy products for buyers? Such questions can benefit from recommendation systems, where AI serves as the enabler and game-changer for both merchants and buyers to make crucial decisions on whether to sell and buy products, respectively.
Logistics, supply chain, and transfer of goods and services are becoming more and more complex nowadays, yet they serve as the bread-and-butter in e-commerce. The use of AI can untangle such complexity, giving a clear view of what is going on in every logistic step, what is the source of logistic problems should they occur, and what can be done to prevent such problems from happening.
As society inevitably is increasingly more urbanized, mobility becomes a huge challenge due to traffic congestion and public transport inadequacy. AI offers a way to develop smarter and more efficient urban transport systems through realistic modeling and adaptive traffic management.
AI can help the development of solutions to health service inequality challenges in Indonesia and supporting the provision of more accurate and personalized health services. Combined with remote health service infrastructure, AI can be employed to alleviate uneven distribution of medical specialists in Indonesia through remote diagnosis using multi-faceted and multi-modal data from a variety of medical observations.
Combination of AI and surveillance technologies such as radars, satellites, and sensor networks can be leveraged to develop analytics for detecting intrusion of illegal vessels, preventing illegal fishing, and monitoring shipping traffic in Indonesia maritime areas. More streamline responses of anomalous events can be given by the authorized, Indonesian maritime authorities by using such AI technologies.
Fraud is an act of deliberate misuse or misapplication of resources or assets. AI can be employed as a core of fraud detection systems, due to its capability to identify useful information and patterns to determine why and when frauds happen, and to reveal and even predict frauds before they even happen.
Providing satisfactory public services remains a big challenge for Indonesian public institutions due to inefficiencies in paperwork handling, convoluted regulation, and subpar service quality by public officials. AI can at least partly automate and speed up the delivery of public services, hence reducing or even eliminating such inefficiencies.
The AI Center is provided with a 99 m2 newly renovated working space located on the 5th floor of the new building of Faculty of Computer Science within the UI’s Depok campus. The working space is designed to foster exciting and innovative research within a collaborative environment. Its location is also surrounded with the working space of research labs in the faculty to further spur cross-fertilization of ideas by researchers at the faculty.