About
About
9
Years of Research
5
Milestones
2018
Founded
ARISE Lab — AI-Integrated Recognition and Intelligent Sensing Engineering — is part of the KU-KIST Graduate School of Converging Science and Technology. We pursue next-generation biodiagnostic research that fuses artificial intelligence with nanobio technology for early and accurate diagnosis of cancer and infectious diseases. True to our name, our work spans the full diagnostic pipeline: designing electrochemical and optical biosensors (Recognition & Sensing), developing deep learning-based diagnostic algorithms (AI-Integrated), and building IoT-integrated real-time monitoring systems (Engineering). Working in close collaboration with the KIST Biomolecular Recognition Research Center, we are committed to translating laboratory breakthroughs into real-world clinical impact.
Research
Research
Intelligent Bio-Monitoring
We build real-time bio-monitoring systems that integrate biosensors with IoT and cloud platforms. Continuous biosignal acquisition combined with AI analysis enables proactive detection and prevention of disease states.
Biosensor Technology
We design and fabricate high-sensitivity biosensors based on nanobio technology. Electrochemical and optical signal transduction principles are applied to rapidly and precisely detect target biomarkers from minimal sample volumes.
AI-Based Diagnostics
We develop AI systems using deep learning and machine learning algorithms for early and accurate diagnosis of cancer and infectious diseases. High-sensitivity and high-specificity diagnostic models are built through large-scale biodata analysis.
Projects
Projects
Development of IoT-Integrated Real-Time Point-of-Care Infectious Disease Diagnosis System
Develops a portable biosensor platform using smartphones and IoT devices for rapid point-of-care infectious disease diagnosis.
{ "en": "Institute of Information and Communications Technology Planning and Evaluation (IITP)", "ko": "정보통신기획평가원 (IITP)" }
Development and Clinical Validation of AI-Based Multi-Cancer Early Detection Platform
This project develops a next-generation platform for simultaneous early detection of more than 5 cancer types from a single blood drop by integrating nanobio technology with AI.
{ "en": "National Research Foundation of Korea (NRF)", "ko": "한국연구재단 (NRF)" }