Hip replacement surgery is currently the only effective surgical treatment option for patients with severe forms of degenerative-dystrophic diseases of the hip joint, so the problem of medical rehabilitation of such patients remains very relevant. One of the problems that arise after hip replacement surgery is a violation of the biomechanics of the artificial joint. The leading role in this process is played by the functional state of muscle tissue, which determines the problem of adaptation of the endoprosthesis components and can subsequently cause complications. The solution to this problem lies in timely comprehensive medical rehabilitation, individually selected for each patient, taking into account the characteristics of the postoperative period. Traditional methods of medical rehabilitation, including various methods of therapeutic exercise, natural and preformed physical factors, are undoubtedly effective, as indicated by an extensive scientific evidence base, but despite the proven effectiveness, these methods are time-consuming and require the presence of specialists. Along with traditional methods of medical rehabilitation, new technologies are currently used, including telerehabilitation, digital products based on virtual reality and artificial intelligence, robotic mechanotherapy, the effectiveness of which has been proven by scientific works of domestic and foreign colleagues and is in no way inferior to classical methods of rehabilitation treatment.