Datasea Announces Breakthrough in Acoustic-Driven Brain-Computer Interface Technology

Core Insights - Datasea Inc. has made significant advancements in brain-computer interface (BCI) technologies, completing engineering-stage development of its Real-Time Closed-Loop Vibration-Enhanced BCI System and Acoustic-Coupled EEG Signal Enhancement System [1][2][4] - The company aims to leverage these technologies for applications in healthcare, neuromodulation, and intelligent interaction, pending further development and regulatory review [2][4] Technological Highlights - Datasea's BCI technologies focus on improving signal quality and decoding accuracy, addressing challenges faced by traditional BCIs that rely on static algorithms [3][4] - The real-time closed-loop vibration enhancement approach supports dynamic decoding and feedback-based optimization, potentially improving performance in complex environments [4] - Acoustic-coupled enhancement technology aims to assist in detecting and reconstructing missing EEG segments, improving signal-to-noise ratio and data completeness [5][4] Market Context - The global BCI market is projected to exceed USD 15–20 billion by 2030, with non-invasive BCI expected to be a fast-growing segment due to its safety and broader application potential [5][6] - Key demand drivers for BCI technologies include healthcare rehabilitation, consumer electronics, and intelligent wearables over the next decade [6] CEO Statement - The CEO of Datasea emphasized that the progress in acoustic technologies for BCIs establishes a competitive advantage through sound-wave coupling and closed-loop vibration enhancement [7] - The company believes its BCI innovations hold significant commercialization potential across various industries, including healthcare and intelligent interaction [8] Strategic Framework - Datasea's strategic framework focuses on "Acoustic Technology + Multi-Scenario Applications," aiming to advance innovation and accelerate the deployment of acoustics-driven solutions [8]