Founder of FlowsXR and Research Fellow at the National University of Singapore, Prasanth works at the intersection of XR, physiological sensing, and adaptive interfaces. His research focuses on building systems that understand human state and dynamically adapt perception in real time.

His work spans motion sickness mitigation, remote collaboration, accessibility, and multimodal interaction, with publications at CHI, IEEE VR, and ISMAR. He has collaborated with Meta Reality Labs and led large-scale studies on physiological responses in immersive environments.

At FlowsXR, he is building the next generation of perception-aware systems that bridge research and real-world applications across wearable devices, smart glasses, and immersive platforms.

Hannah Qiao is a designer and co-founder of FlowsXR, focusing on human-centered experiences at the intersection of design, psychology, and emerging technologies. Her work explores how interfaces can be more intuitive, expressive, and emotionally aware.

She brings a strong focus on clarity, usability, and delight, shaping how complex systems translate into meaningful everyday interactions. Her approach emphasizes accessibility, learning, and creative engagement.

At FlowsXR, she leads the design of adaptive interfaces, ensuring that technology responds naturally to users and enhances, rather than interrupts, human experience.

Mark Billinghurst is a globally recognized pioneer in Augmented Reality and Human-Computer Interaction, and serves as an advisor to FlowsXR. He is Professor and Director of the Empathic Computing Lab, with decades of contributions shaping the foundations of immersive technologies.

He co-founded ARToolKit, one of the most widely used AR development platforms, and is an IEEE Fellow with numerous awards including the IEEE VR Technical Achievement Award and ISMAR Lasting Impact Award.

His work has consistently pushed the boundaries of how humans interact with digital information, and his guidance supports FlowsXR in bridging cutting-edge research with real-world impact.