"Opening the Era of Smart Orthopedic Wards"... Yonsei Saeroun Hospital Introduces AI Bed Monitoring 'thynC'

Yonsei Saeroun Hospital announced on December 16 that it has partnered with Daewoong Pharmaceutical to implement and officially launch the artificial intelligence (AI)-based smart bed monitoring system 'thynC' across 40 beds.

This initiative was pursued to reflect the characteristics of the hospital as an orthopedic specialty institution with a high proportion of joint, spine, and fracture patients, aiming to monitor post-surgery recovery, prevent falls, and enhance patient mobility convenience.

A nurse is checking the patient's condition through the bedside monitoring system 'Think'. Daewoong Pharmaceutical

Yonsei Saeroun Hospital has a large number of surgical, elderly, and mobility-restricted patients, making the need for a real-time monitoring system a consistent concern. With the previous method of intermittent measurements and manual record-keeping, it was difficult to immediately detect subtle changes in a patient’s condition. As a result, the hospital considered AI-based solutions equipped with automated analysis and alert functions, ultimately deciding to introduce thynC, which can simultaneously strengthen real-time vital sign tracking and emergency response systems.

In particular, for orthopedic surgeries that frequently require general anesthesia, systematic monitoring is even more important, as the risk of cardiovascular side effects and respiratory depression is known to increase for a certain period after surgery. Since orthopedic patients often experience significant fluctuations in vital signs such as pain, swelling, dehydration, and blood pressure, there has been a continuous need for a continuous monitoring solution that allows real-time status checks not only in patient rooms but also in hallways and rehabilitation therapy rooms outside the wards.

thynC analyzes key vital signs in real time, including heart rate, oxygen saturation, respiration, body temperature, and electrocardiogram, and immediately sends alerts to medical staff if any abnormal signs are detected. The automation of repetitive measurement and recording work also reduces the burden on healthcare professionals.

Additionally, by applying wireless wearable devices, thynC has significantly resolved the issues of 'cord entanglement and fall risk' and 'mobility restrictions' caused by traditional wired monitoring equipment. Surgical patients who frequently move-such as those using wheelchairs, walking with crutches, going to the restroom, or participating in walking exercises and rehabilitation therapy-can have their status checked in real time even while on the move, thereby enhancing both safety and convenience.

Furthermore, thynC can detect abnormal movements, enabling early detection of falls even at night or in blind spots. The hospital expects that the introduction of thynC will reduce the occurrence of unexpected emergencies and increase the psychological sense of security for both patients and caregivers.

Kim Hosung, Director of Yonsei Saeroun Hospital, stated, "For orthopedic patients, immediate response to even small changes is crucial, so the effectiveness of a real-time monitoring system is significant. The introduction of thynC will serve as a turning point that elevates both patient safety and the quality of care."

Park Hyeongcheol, Head of ETC Marketing at Daewoong Pharmaceutical, commented, "The adoption of thynC at an orthopedic specialty hospital is a meaningful case that enhances both patient mobility and safety. Daewoong Pharmaceutical will continue to actively support the transition to smart hospitals by providing digital healthcare solutions tailored to the unique needs of each hospital."

Yonsei Saeroun Hospital is a leading joint and spine specialty hospital in Yeoju, Gyeonggi Province, operating specialized care systems such as a Joint Center, Spine Center, and Fracture Center. With the establishment of the thynC smart wards, the hospital plans to accelerate its transformation into a next-generation medical institution that combines orthopedic expertise with digital technology.