About Us
Revolutionizing Laboratory Animal Care, Driving the Future of Biomedical Science
tangene Incorporated
is committed to leveraging artificial intelligence and data science to provide innovative solutions for life science research. Facing the challenges of traditional laboratory animal care—high costs, human errors, and gaps in monitoring—we have developed a revolutionary AI-driven intelligent monitoring system designed to fundamentally improve experimental data accuracy and set higher standards for animal welfare.
Our team is composed of cross-disciplinary experts spanning AI algorithms, edge computing, automated control, and biomedical science. We firmly believe that through the power of technology, we can not only accelerate drug development and scientific discovery but also create sustainable and humane value for the entire industry ecosystem.
Business
We center our offerings on an intuitive cloud platform, intelligent hardware devices, and big data analytics, providing a complete solution that spans real-time monitoring, edge computing, and digital value-added applications. Through comprehensive digital management and automated workflows, we not only significantly reduce manual operation burdens but also accumulate research data over the long term, enabling in-depth insights and customized analytical models. These capabilities help accelerate drug development and disease research, delivering higher value for decision-making.
Software Service Model
Through our intuitive cloud platform and user interface, you can remotely monitor your lab, conduct data analysis, and receive real-time alerts for any anomalies. This service fully digitizes cumbersome manual record-keeping.
Hardware Solutions
We provide custom edge servers, AI imaging modules, and environmental sensors that can be flexibly deployed to meet the specific needs of your lab environment.
Data Analytics Services
By leveraging the long-term biobehavioral big data accumulated on our platform, we can provide in-depth analysis reports and customized models. This offers higher-value decision support for drug discovery and disease mechanism research.
