Guoke Xinnao’s Key Algorithm Wins Second Prize at the 2025 Shanghai Emerging Science and Technology Collaborative Innovation Competition, Empowering BCI Technology Implementation

October 20, 2025, Shanghai — At the award ceremony of the 2025 Shanghai Emerging Science and Technology Collaborative Innovation Competition, Guoke Xinnao (Shanghai) Intelligent Technology Co., Ltd. won the second prize, standing out from emerging fields such as AI, biology, and new materials with its core algorithm supporting BCI products. This honor not only validates Guoke Xinnao’s breakthrough innovation in BCI underlying technology but also marks that its algorithm capability has cross-industry empowering potential, providing key technical support for BCI to transition from laboratory exploration to daily-life application.

Algorithm Innovation: Solving “Multi-Source Data Fusion” and “Real-Time Interaction” Challenges in BCI

The award-winning core algorithm is the technical foundation of Guoke Xinnao’s BCI products (such as BCI earphones and immersive communication modules). Its innovation is reflected in two major directions:

1. Multi-source data fusion: By optimizing EEG signal acquisition and processing logic, the algorithm can efficiently integrate periaural EEG, eye movement signals, and physiological feedback data, solving the “data silo” problem in traditional BCI (referencing its accurate analysis of 4 types of emotional states—focus, relaxation, anxiety, excitement—in BCI earphones).

2. Real-time interaction capability: The algorithm achieves breakthroughs in millisecond-level latency (e.g., real-time response in BCI box-pushing game) and high stability (e.g., dynamic adaptation in BCI car digital twin scenario), ensuring seamless connection between user intent and virtual/real scenarios.

The judging committee experts pointed out that the algorithm “has an advanced technical path, is independently controllable, and its design concept closely aligns with actual industry applications, solving key pain points in BCI such as data fusion and real-time interaction, providing a powerful tool for deep applications in digital twin, healthcare, and consumer electronics.”

Showcase: On-Site Experience Validates the “Algorithm-Scenario” Closed Loop

During the competition’s showcase, Guoke Xinnao intuitively demonstrated the algorithm’s implementation effects through BCI earphones and other products. After wearing the earphones, on-site audiences drove virtual characters to complete tasks (e.g., intent-driven interaction in BCI games) simply through natural expressions of emotional states like focus and relaxation.

The showcase received more than 500 visitors in a single day, with the algorithm’s high precision and low latency (e.g., emotional state analysis accuracy and response speed) widely praised, and preliminary cooperation intentions were reached with several institutions (such as digital health platforms and educational technology enterprises), further validating its ability to transform from technology to scenario.