Woxsen University’s AI research centre develops AI-driven neuro-adaptive interface

The AI-driven interface employs real-time tracking of human behaviour using EEG signals, heart rate fluctuations, and pupil movement to detect fatigue and mental stress levels

Hyderabad: The AI research centre of Woxsen University, Hyderabad, developed an AI-driven neuro-adaptive interface, which tracks real-time cognitive and behavioural outcomes to enhance the digital landscape for users, reducing excessive cognitive load and ensuring customisation across platforms through AI-based features.

By implementing Electroencephalogram (EEG) along with biometric sensing and an AI-powered interface, the innovation elevates the level of collaboration between AI and humans. It is designed to increase efficiency, reduce mental fatigue, and enhance user experience and engagement across various applications, a press release said.

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The AI-driven interface employs real-time tracking of human behaviour using EEG signals, heart rate fluctuations, and pupil movement to detect fatigue and mental stress levels, a press release said.

Woxsen University vice-president Dr Raul Villamarin Rodriguez said, “The interface is projected to enhance user performance by 50 per cent, reduce cognitive fatigue by 40 per cent, and significantly improve engagement across digital platforms.”

The interface is designed for seamless application across industries such as gaming, AI-driven education, cognitive therapy, financial trading, autonomous vehicles and AR/VR experiences.

To process data efficiently, the interface incorporates graph neural networks (GNNs), which analyse multiple users, assess individual workloads. By understanding digital environments and reflecting on user interactions, the system intelligently interprets signals, providing a strategically analysed and optimised experience, release added.