The consistent practice of yoga, an aspect of traditional Indian culture and lifestyle, combined with a structured training program, helps practitioners track and increase their physical fitness levels. Yoga is beneficial for all athletes but is especially helpful in reducing injuries in sports that require quick movements, such as sprinting, tennis, basketball, and baseball. Yoga is thought to have therapeutic effects by enhancing vagal (parasympathetic) activation and decreasing the stress response of the sympathetic nervous system and the hypothalamic–pituitary–adrenal axis. Balance, flexibility, muscle strength, muscle endurance, and movement efficiency (coordination) are all key components of athletic performance that yoga closely resembles [14,15,19].

Yoga is believed to be connected with reduced aches and pains because its regular practice leads to the gradual relaxation of the muscles and connective tissues surrounding the bones and joints. Along these lines, the combination of the physical body, breath, and concentration while performing the postures and exercises unblocks the body’s energy Nadis (channels) that open up, and the whole body’s energy system reaches balance. Yoga breathing techniques focus on conscious prolongation of inhalation, breath retention, and exhalation. Pranayama reduces the amount of work required to breathe. Unlike shallow breathing, which only rehydrates the base of the lung, ventilation of the entire lung occurs [14,20]. This leads to an important increase in respiratory capacity, which will be reflected in higher performance achieved by athletes in training and competitions [21,22].

Yoga practice provides athletes with several tactics and procedures that will help them in both their academic and personal or social lives. Yoga enhances memory and cognitive functioning in target participants. This is because yoga can help athletes that live with high levels of stress. Practicing yoga over time will also be reflected in increased social-emotional competence [15].

As a result, both physical and mental health will be generally improved [23]. Yoga can be used in injury-prevention programs for a variety of reasons, including increased core stability, enhanced flexibility and range of motion, and improved relaxation. According to the findings of some studies, practicing yoga for four weeks significantly reduced body weight and increased leg and back strength in the experimental group in both intragroup and intergroup comparative tests. Godara et al. studied the effects of yoga training on 40 handball players aged 12–15 and found that the 10 weeks of yoga training considerably increased their back strength [14].

The study by Sojung et al. on 34 participants with an average age of 35 years examined the effects of eight months of yoga practice on their upper- and lower-body strength and found a substantial improvement in their leg strength. Calorie burning during physical activity as a combination of both isometric and isotonic exercises is one of the potential weight-reduction processes used in yoga therapy. Yoga helps decrease body fat percentage and increase fat-free mass after intervention [14,24]. Most long-term research using yoga interventions has found gradual and sustained decreases in body weight, body fat mass, body fat percentage, and BMI [25]. Adding yoga instruction to a structured training program significantly improved post-intervention flexibility and agility measurements, and dramatically improved balance following an intragroup intervention. This may be the result of correct training load optimization or prolonged yoga training.

Yoga brought a significant improvement in VO₂ max for adults who appeared to be healthy and who were assigned to a 12-week yoga training program due to better intercostal muscle control resulting from increased muscle endurance through yoga practice. The athletes’ body composition and endurance measures were positively impacted [26].

Athletes are prone to injury at an epidemic rate. The likelihood of injury among athletes is considerably increased by the psychological and physical demands imposed on them by psychosocial stressors and training regimes [27,28].

Prolonged neurobiological recovery may increase the risk of recurrent musculoskeletal injury in sports-related concussions, which may have a longer neurobiological recovery time than clinical recovery time. Some researchers suggest a higher risk of musculoskeletal damage following a sports-related concussion. Compared to athletes without a history of sports-related concussions, players with a previous injury would experience a greater incidence of acute-noncontact injuries, but only female athletes would be affected by this relationship. Team sports coaches kept electronic records of athlete exposures and injury data throughout the competitive season, including injury characteristics: injury rates per 1000 exposures among athletes as well as incidence rate ratios (IRRs). Individuals who had previously experienced a sports-related concussion had an 87% higher risk of acute-noncontact lower-extremity injuries than participants who had not experienced such trauma. A past sports-related concussion did not affect the IRRs of acute-contact or overuse lower-extremity injuries. When compared to female athletes with no history of previous sports-related injury, young female players who had sustained a sports-related injury in the past 12 months were more likely to experience an acute-noncontact lower extremity injury during elite sports training [29].

The distinction between gender function and sports modality is evident in the recovery–stress state. It is recommended that female and male athletes in individual sports receive more specific attention. The recovery–stress balance in male athletes was not affected by their higher scores for the sports stress dimension compared to women [30].

Yoga can be successfully incorporated into players’ athletic programs and, at the very least, can support the potential of a yoga intervention to reduce two important risk factors for injury: generalized fatigue and perceived susceptibility to injury. Examples of sports that benefit from yoga PTSD are football, handball, swimming, skiing, and baseball [27,28].

Yoga improves participants’ sit-and-reach scores. According to the analysis made by Polsgrove et al., NCAA baseball and soccer players’ flexibility and balance significantly improved after a 10-week yoga intervention compared to the control group. Examining the impact of yoga training on the flexibility of college athletes aged 18–24, the above authors concluded that, after 12 weeks of training, their flexibility was greatly improved. In addition, practicing yoga reduced lower back pain and increased muscle torque. An increase in ankle flexibility, knee extension, shoulder elevation, trunk extension, and trunk flexion was also noticed [14,24].

Ryan Giggs is an example of a footballer who reveals the importance of yoga techniques. At the beginning of his career, Giggs was tormented by injuries, which is why he had to find solutions to recover and shorten the recovery time; the solution was yoga, which allowed him to play until the age of 40 and count almost 1000 matches played for Manchester United. The six essential areas of training into which yoga is integrated are strength, speed/strength, flexibility/mobility, cardiovascular fitness/energy system development, recovery, and mental/emotional well-being [31].

Ernesto Cornejo believes that most injuries faced by football players are muscular. Cornejo was a professional footballer for teams such as FC Barcelona, SL Benfica, and Málaga CF. Using his own injury-related football experience, he began to use yoga techniques to relieve muscle tension. Noticing the benefits of this technique (the player feels more agile, lighter, and prevents numerous injuries), he retired at the age of 27 and created the Yogafit by EC center, and now he has football clients such as Borja Mayoral, Gonzalo Melero, Sergio Canales, Luis Alberto Romero, and Samu Castillejo [32].

Basketball legend LeBron James considers yoga an effective way to improve athletic performance. Basketball players need to be agile, flexible, and coordinated to prevent injury, and yoga can support performance at all levels [34].

In schools, stress- and anxiety-related diseases are becoming a major public health concern. Most athletes have adopted yoga successfully. Some of them reported a range of psychological and physical advantages in addition to its general restorative effects, including greater mobility and flexibility, less pain or other physical afflictions, better posture, and better sleep. Some individuals have applied the new techniques, breathing or meditation, in their daily lives. This opportunity for self-responsible practice is a pleasant change. Several researchers have debated whether yoga should be a sport integrated into the educational system, whether it should be evaluated or graded, and whether it should be compulsory or optional. As young people who practice yoga can experience a variety of health benefits, including psychological and overall regenerative effects, the balance is inclined to introducing yoga classes because they can promote positive behavior by making individuals more aware of unhealthy tendencies [19,20].

The need to integrate yoga into the classroom so that students can practice it throughout their training is growing. Since yoga is an inclusive sport, it could be the responsibility and willingness of physical education instructors to actively participate and teach it. Including yoga in the educational system would have an important impact on the future of students. Yoga should be used in educational establishments, which would substantially encourage the acceptance of diversity, fostering an atmosphere of equality and inclusion in the learning environment in which they participate along with athletes. As a result, yoga is performed in a context of friendship, involvement, and impartiality, far from the actual climate manifested in schools, which, in many cases, results in conflicts, bullying, and other negative behaviors. Moreover, yoga improves the learning performance of students and is also considered a practice that reduces levels of forced competitiveness [21].

Although it has sparked numerous issues, technology (such as AI, blockchain, and IoT—Internet of Things) has had good effects on physical education and sports. It has been claimed that technology slows down sporting events or fails to meet the social needs of athletes. Consequently, the accuracy provided by technology proved to be quite helpful when making the right option and having solid evidence and arguments to support it. Monitoring a person’s vital signs, the number of repetitions, and fitness level can ensure safety and proper training regimens. Exercise intensity is measured and adjusted in real time, the number of steps and repetitions are counted, the movement trajectory is examined, and athletes are provided with real-time feedback on the accuracy and correctness of their movements. These are some of the advantages of using technology in sports, and in yoga, as a particular case [30]. Blockchain and Internet of Things (IoT) technology make it possible to analyze athletes’ performance in great detail. They also provide a solid foundation for research and innovation into novel theories, approaches, and techniques that could be successfully applied to sports. For instance, temperature, acceleration, sight-tracking sensors (such as BlazePod), and IoT-assisted energy harvesting devices for athletes are used to track their body temperature and exercise steps (IoT-EHDS). To offer a reliable Big-Data source and background for machine learning, this information is sent to the cloud under the privacy and anonymity provided by blockchain facilities. The information will be organized by ML algorithms, which will also be able to recognize and monitor an athlete’s fitness level or movement accuracy in real time. They all contribute to the evolution and advancements of the sports industry [35,36,37]. Through multimodal IoT, physical and physiological parameters related to sports injuries can be collected, analyzed, and assessed. The results can then be shared via blockchain with medical personnel so that they can manage and occasionally prevent sports hazards [38].

According to [39,40,41,42,43], developing a disruptive business model in physical education and sports (PES) will enable:

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Nonstop access to lectures/data for athletes all over the world based on blockchain, accessing information after payment. Some universities (such as Woolf University in Oxford and Cambridge) currently manage student–teacher collaboration using blockchain technology and smart contracts [43];

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Innovation in education: entrepreneurial universities strive to help athletes acquire transferrable skills for various sustainable activities;

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Management of transportation and accommodation facilities for athletes and staff, providing them with safe and convenient travel;

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Use of electronic payments for course participants;

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Digital marketing technique to promote sports.

Within the open-ended questions of our survey, athletes reported using online yoga and sports-specific lectures and videos. They also stated that implementing a blockchain disruptive business model in PES would be an appropriate and effective solution.