Enable AI-poweredDetect new paradigm

Hangzhou BioChip.AI Co., Ltd. was established in March 2025. Leveraging globally leading ultra-high-density novel biochip technology (hereinafter referred to as the “novel biochip”), the company can rapidly, conveniently, simply, cost-effectively, and portably detect a wide variety of targets—including nucleic acids, proteins, and metabolites—to generate massive volumes of data. This enables the detection and characterization of complex, dynamic systems such as immune systems and microecosystems, making possible a new AI-powered detection paradigm.

At the same time, the company’s companion portable instruments allow on-site sample testing anytime and anywhere, greatly improving turnaround time while eliminating the risks and costs associated with sample transportation. Its core technologies and solutions hold diverse future application scenarios across multiple industries. They can drive innovation and transformation in areas such as respiratory pathogen detection and the relationship between gut and oral microbiota and wellness, while also delivering continuous value in smart agriculture (e.g., dairy and livestock industries), soil microorganism and soil ecology monitoring and regulation, synthetic biology (e.g., liquid fermentation microbial community refining and optimization), and AI multimodal big-data algorithms and platform development. As such, the company enjoys broad market prospects and significant potential social value.

The company’s core technical team brings together multidisciplinary talent spanning molecular diagnostics, bioinformatics, artificial intelligence, semiconductor nanofabrication, and microfluidic precision instrumentation. Team members are graduates of Tsinghua University, Peking University, and the Harbin Institute of Technology, and are joined by a professor from Westlake University. Through cross-disciplinary collaborative innovation, the team integrates cutting-edge technologies and innovative strengths from each field, establishing core technologies and fabrication processes for ultra-high-density novel biochips that are unprecedented worldwide.