Leveraging the Internet of Things and Algorithmic Learning for Athletes to Conserve Energy

Since the vertebral column serves as the body’s primary support and back injuries are among the most dangerous injuries a person can sustain, they also shorten a person’s life expectancy. Since the weightlifting discipline and deadlifts are frequently used as forms of exercise, this new research will significantly reduce the likelihood that individuals will sustain injuries to their backs while performing such exercises.In this new work we will have a weightlifting machine that works autonomously without the lifter having to change the weights thanks to this ground-breaking innovation. As a result, there will be fewer chances for back injuries, which are frequently caused by moving heavy weights too quickly. With this ground-breaking innovation, an automated weightlifting equipment will eliminate the need for the weightlifter to adjust the pounds after just about every pull. This novel work will greatly reduce the likelihood of injuries to the lifter’s back, which are frequently sustained. A camera module will be created in which the AI will monitor the lifter’s posture and will also tell its accuracy with each lift he performs. It will also try to correct the lifter’s posture and will help him to improve his efficacy in the future. Back injuries during a deadlift or weightlifting are frequently brought on by the lifter’s incorrect posture. This new invention will be used only in a closed room which will be built with the help of the magnetic shielding material so that the field produced by the magnets will not distort the external electronic devices so that the there is no malfunction in them. After the user uses the room, the room will have small holes which will open, and the room will be flushed with oxygen so that there is no problem for the The ESP32 camera module will also provide information about the user’s precision throughout the lift while monitoring other people using it, thanks to the embedded prediction model.