The research behind the technology

The results of this randomized controlled trial showed that the intervention group who received pressure alerts (n=18) were 71% less likely to develop recurrent foot ulcers compared to their control counterparts who did not receive pressure feedback (n=22). A subgroup of patients that wore the sensory insoles greater than 4.5 hours a day were 86% less likely to re-ulcerate. 

*Study was conducted with first generation SurroSense Rx^® which has the same pressure algorithm as Orpyx Sensory Insoles  

This study compared the results of the prevailing standard of care (SOC) against the SOC applied in conjunction with the Orpyx SI technology. Comparative cost of care was calculated over short-term (3 months) and long-term (18 months) periods. These results reflect an 83.72% decrease in event occurrence over 3 months, a 77.42% decrease in event occurrence over 18 months, and a 70% overall reduction in cost of care. 

This case series examines the use of Orpyx^® Custom Sensory Insoles and RPM in patients at risk of DFU formation. The use of the sensory insoles and RPM provides clinicians with newly available plantar data (pressure, temperature, step-count, and hours of use) to help inform and guide treatment plans. The case examples highlight how sensory technology + RPM can be utilized by clinicians to provide early warning signs and reduce the risk of tissue breakdown. This allows clinicians the opportunity for early intervention for at-risk patients, preventing more serious complications from occurring.     

This case series explores the use of an innovative sensory technology to collect plantar data (pressure, temperature, step-count, and adherence) for DFU detection and early intervention. The results from this case series suggest the importance of sensory technology and remote patient monitoring in providing proactive, preventative care for patients at risk of DFU. This robust plantar data, with the addition of remote patient monitoring, allow for patients to be seen in clinic when concerns arise, giving providers the opportunity to intervene early and prevent more serious complications, such as wounds, from occurring.

Sensor-based remote patient monitoring (RPM) offers a transformative approach to proactive foot health and active lifestyles for people living with diabetes. It identifies pre-ulcerative conditions early, preventing serious complications. A practical framework for integrating RPM into clinical practice and DFU prevention regimens has been developed based on the authors' experiences with sensor-based RPM. By assessing physiological and behavioral data from various factors like pressure, temperature, and activity, RPM enhances DFU management. It complements comprehensive disease management, optimizing glycemic control and reducing cardiovascular risk through activity monitoring, prescription, and motivational interviewing based on sensor data. Empowering patients to take control of their health.