###### Abstract
The growing incidence of all these conditions [2] calls for action, especially in the form of affordable, accessible, and efficient physiological and psychological rehabilitation techniques. Conventional therapies often involve a combination of medication, classical physiotherapy, and psychotherapy techniques [15], approaches that have a high risk of being dismissed by the patient on account of their repetitiveness or ineffectiveness over time. Additionally, access to high-quality health services can be limited, particularly in rural or economically disadvantaged areas [16]. These are challenges to which we propose a solution, by democratizing how a patient receives their treatment, in the form of professionally supervised software. Furthermore, traditional methods of managing anxiety, panic attacks, and chronic pain, while undoubtedly effective on their own, have limitations [15], which we are hoping to either bypass or extend by moving the same principle into a technological environment. A very common practice in combating chronic pain is engaging in physical rehabilitation [17], aside from practicing some form of mindfulness exercise aimed at learning to manage the ailment. All the motor or psychological exercises we have designed for this protocol intervention are built around the purpose of increasing the perceived sense of control the patient is experiencing during the process of rehabilitation. Every patient benefited from consistent feedback from the research team and from adjustment in choosing the exercise or level of difficulty in order to increase comfort and sense of control. Recent research in the field of neurological rehabilitation has proven that these types of interventions are effective in improving indicators like depression, anxiety, fatigue, or self-efficacy in neurological patients [18]. Relaxation techniques such as breathing or progressive muscle relaxation are therapeutic procedures used in various healthcare settings to treat patients experiencing high levels of affective distress, anxiety, depression, and pain [19]. As in the case of anxiety, perceived personal control, together with other variables like attribution, expectations, per sonal beliefs, self-efficacy, attention, problem-solving style, coping strategies, and imagery, have a significant influence on the perceived intensity, quality, and duration of pain [20]. Combined interventions using cognitive and behavioral approaches offer the best results in perceiving the pain while also improving the daily living of patients. Mindfulness practices and cognitive behavioral therapy (CBT) interventions are proven to be effective in pain management [21]. Virtual reality has become a useful and creative tool in the aforementioned regards. By creating immersive and interactive environments, VR transforms therapeutic exercises and mental health interventions into engaging and motivating activities. Studies show that VR in physical rehabilitation can bring functional improvement of more than 35% and increase motivation by more than 20% compared to classic rehabilitation [22]. The potential of using VR in rehabilitation has also reached commercialization level, proven by the Mindmaze system, successfully used in 19 countries and in over 100 000 rehabilitation sessions [1]. For individuals experiencing anxiety and panic attacks, VR can provide exposure therapy, which has proven itself to be very effective [23] in a controlled virtual environment, allowing patients to confront their fears and axieties in a safe space. This experience, characterized by personalized immersion, offers patients an array of neurorehabilitation-oriented exercises, aimed at improving their mental health. For chronic pain management, VR has been shown to significantly reduce pain perception by means of distraction in a therapeutic setting. Patients can participate in guided meditation and visualization exercises that promote relaxation and pain relief.