Worldwide, cardiac arrest is a leading cause of death, and survival rates are still poor, particularly in low- and middle-income nations like India. Cardiopulmonary resuscitation (CPR) is a vital procedure that can raise a patient’s chance of survival after a cardiac arrest. However, the level of CPR performed by medical personnel can vary greatly, and factors including fatigue, stress, and inadequate training can all result in less-than-ideal results. As they can offer input on crucial performance characteristics including compression rate, depth, and breathing volume, real-time feedback devices have been proposed as a viable technique to enhance CPR quality.

Real-time feedback devices have been found to improve CPR quality but their adoption in clinical practice is still in its infancy. There is a need to assess real-time feedback device’s efficacy in the clinical context given the paucity of data on CPR and the potential advantages of such devices. The proposed study intends to evaluate the effects of real-time feedback device on CPR performance among experienced CPR providers (Resident doctors, nurses, technicians etc) in a mannequin-based in-situ CPR code settings. Future CPR training programs may benefit from the study’s insights into how real-time feedback is viewed to be valuable by CPR practitioners. The results of this study could have a big impact on how well CPR is done and how patients do in India and other places with similar conditions.