Early Post-operative Monitoring by Sensor of Patients Undergoing Forefoot Surgery

Overview

The goal of this clinical trial is to evaluate the monitoring using a sensor in patients who have undergone forefoot surgery, during the first 7 post-operative days. The monitoring tool has a Global Positioning System (GPS) beacon, a 3-axis accelerometer and a temperature sensor, as well as an "emergency call" button. The main objective it aims to answer are: * to evaluate the feasibility of post-operative monitoring using this tool * to evaluate the reliability of the tool The investigators hope to determine if using this tool can be able to provide patients a "connected" personalized real-time monitoring for follow-up.

Currently, patients undergoing forefoot surgery often do so in an outpatient setting and thus spend less and less time in the healthcare establishment in contact with the nursing staff, being increasingly left to themselves at home. The development of telemedicine with real-time information transfer can enable the monitoring of acute or chronic pathologies, thus allowing a link between the patient and the healthcare network, for more personalized monitoring. Post-operative pain following forefoot surgery is now well controlled, allowing greater patient autonomy despite post-operative footwear. However, the patient's autonomy, locomotor and mobilization capacity are not known. The investigators therefore propose monitoring the first 7 post-operative days using a sensor in patients who have undergone forefoot surgery. This 7-day period corresponds to the critical period of foot surgery with resumption of post-operative support, lifting of loco-regional anesthesia and return home. This monitoring will be done from discharge from the service until the first post-operative visit. The monitoring will be prospective with non-invasive measurements via an electronic sensor (already used for sporting activities, notably long-distance running). This will be a clinical practice study, with no modification to monitoring or current practices. The monitoring tool has a Global Positioning System (GPS) beacon, a 3-axis accelerometer and a temperature sensor, as well as an "emergency call" button. The recorded parameters will be the number of steps, local temperature and GPS position of the patient. The data will be transmitted via an independent cellular network and to a secure space (username and password) accessible online. The main objective will be to evaluate the feasibility of post-operative monitoring using this tool. The secondary objectives will be to evaluate the reliability of the tool, to evaluate the transmission of the GPS signal, and to collect the data. Following this study, the investigators hope to be able to provide patients with real-time monitoring, via alerts received on the smartphone (e.g. icing instructions via the temperature sensor, instructions to reduce locomotor activity, etc.) .