Sky Labs Unveils 'CART ON': The World's First Wearable Ring Blood Pressure Monitor for Hospitals

Sky Labs' Revolutionary CART ON: Transforming Blood Pressure Monitoring in Hospitals



On February 10, 2026, Sky Labs, under the leadership of CEO Jack Byunghwan Lee, announced the launch of 'CART ON', recognized as the world’s first wearable ring-shaped blood pressure monitor specifically designed for hospital departments. This groundbreaking innovation aims to revolutionize the way blood pressure is measured and managed in medical environments.

What is CART ON?


CART ON leverages advanced technologies to provide an efficient and comfortable option for monitoring blood pressure. Unlike conventional cuff devices, this portable solution offers a ring-shaped monitor that automatically gathers and manages vital blood pressure data from patients. By automating the measurement process, it substantially reduces the burden on healthcare staff, while ensuring high levels of accuracy and reliability.

Enhancing Clinical Efficiency


The introduction of the CART ON device marks a significant advancement compared to existing hospital procedures. The system optimizes usability by streamlining cumbersome measurement processes typical of hospital settings. Medical professionals can now prescribe the ring monitor to patients who need 24-hour ambulatory blood pressure monitoring (ABPM), thanks to its built-in photoplethysmography (PPG) sensor. This technology continuously measures blood pressure and collects data seamlessly.

This comprehensive data integration feeds directly into a platform developed by Seers Technology known as ‘thynC’. This system allows for real-time monitoring of hospitalized patients, automatically logging information into nursing dashboards and electronic health records (EHRs). This innovative approach minimizes potential human error during data entry and facilitates quick access to accurate patient information for nurses and doctors alike.

Collaboration with Daewoong Pharmaceutical


Currently, Daewoong Pharmaceutical, a leading South Korean pharmaceutical company, holds exclusive distribution rights for the CART ON solution within Korea. The strategic partnership ensures that this innovative technology reaches hospitals across the nation, contributing to improved patient outcomes and operational efficiencies in clinical practice.

Clinical Validation and Future Prospects


Sky Labs has undertaken rigorous comparative clinical trials, juxtaposing CART ON against traditional methodologies such as auscultation and the invasive arterial line. Notably, the comparative assessments have reaffirmed the accuracy of the ring blood pressure monitor, showcasing its effectiveness even in scenarios characterized by significant blood pressure fluctuations—making it an attractive option for hospitals.

Jack Byunghwan Lee stated, "CART ON is designed to enhance the treatment efficiency of patients with hypertension in hospital environments through clinically proven technology." With this promising launch, Sky Labs looks forward to further innovations in vital sign monitoring technology, aspiring to foster smart hospital environments that not only enhance clinical efficiency but also improve patient comfort.

Improving Patient Experience


One of the standout features of the CART ON device is its ability to reduce physical discomfort associated with traditional cuff-based measurements. Patients can now experience monitoring without arm constriction or mechanical noise, potentially alleviating sleep disturbances often triggered by standard methods. The device’s design allows for measurement throughout the patient’s activities in the hospital—providing uninterrupted data on 24-hour blood pressure variations, crucial for informed clinical decisions.

In summary, the launch of the CART ON by Sky Labs is poised to transform blood pressure monitoring practices within hospital departments. By integrating advanced technology with a user-centric design, Sky Labs underscores its commitment to enhancing both healthcare operational efficiencies and patient care experiences. This innovative solution not only signifies a leap in clinical technology but also fuels the potential for a smarter future in healthcare.

Topics Health)

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