Conductoring emerged from research initiated by the question of how to make sound control intuitive on digital platforms based on HCI. This project is an attempt to expand the possibilities of an interface in the digital era.
Electronic musical instruments serve as interfaces to control software coordinates and numerical values. Fundamentally, the key lies in how users control these interfaces and send meaningful signals to adjust specific parameters. While this project takes the form of a sound controller for manipulating sound, its core significance lies in capturing an intuitive method with a physical interface to control a digital system using human body gestures. with AI, These gestures turned to meaningful data, enabling a new form of interaction.

Additionally, This system addresses the limitations of current interfaces used in digital spaces. The systems utilized in digital platforms, including virtual reality, theoretically allow for an unlimited range of interactions within physical spaces. However, this boundless freedom ironically complicates users’ comprehension and utilization of intuitive interfaces, leading to a decline in the quality of the user experience. Conductoring addresses this issue through embodied visual and conceptual spatial limitations and Users can intuitively interact with the computer using Conductoring Within this three-dimensional conceptual space.