BIONET Corp. (1784.TWO) provides cell therapy, regenerative medicine, and precision health services primarily in Taiwan and internationally across 17 countries. Founded in 1999 and headquartered at No. 28, Xinhu 1st Road, Taipei City, Taiwan, the company offers stem cell banking including hematopoietic stem cell storage from cord blood and adult peripheral blood; mesenchymal stem cell storage from umbilical cord tissue, adipose tissue, and dental pulp; immune cell banking and therapies featuring NK cells and CIK cells for cancers such as colorectal, lung, breast, and liver cancer; customized exosome services encompassing amniotic fluid exosomes, cord blood exosomes, platelet-rich exosomes, and mesenchymal stem cell-derived exosomes; genetic testing services; non-invasive prenatal chromosomal testing (NIPT); stem anti-aging and ANIKINE series products; and additional offerings in analytical testing, clinical and preclinical research, and commercialized cell-derived products. BIONET operates through key subsidiaries including GGA Corp. (4160.TWO), focused on genetic testing and digital health since 2008, and BIONET Therapeutics Corp. (7808.TWO), established in 2022 as a pioneer in AI-driven exosome technology and approved under Taiwan's biotechnology and pharmaceutical qualifications, with an emerging stock board listing in December 2024. The company serves over 1.8 million customers, including 50% of Taiwan's newborns and 95% of gynecology and reproductive centers, and partners with more than 500 medical institutions for over 850 stem cell transplants across 70+ diseases; it holds 63 Ministry of Health and Welfare-approved cell therapy projects, leading Taiwan with 80% of adipose-derived stem cell therapy enrollments. Recent developments encompass expansion of AI-exosome regenerative medicine collaborations with thousands of enterprises; BIONET Therapeutics' market debut leveraging scalable exosome foundry capabilities; and sustained growth in obstetrics, gynecology, and immunology applications including regulatory T cell therapies.