The present disclosure relates to an integrated prayer rug system, comprising a rug comprising an NFC chip (or other RFID devices, Bluetooth, proximity sensors, or electronic thread technology) in communication with an interface device having a computer processor and memory storing computer code wherein the interface device has internet communication capability and is chosen from a smartphone, a computer, a tablet computer, or a smartwatch; and an app to capture information before, during or after each use of the system and which is utilized by the app to integrate with the user's overall health, exercise, and spiritual wellbeing.

The present invention provides an uplifted hands assist device for users to raise their hands in different positions while sitting, standing, or walking during praying. The device comprises an upper frame, a lower frame, and a vertical support holster. The upper frame includes a horizontal member, a vertical support member attached to the horizontal member, and two arm straps attached to the upper frame. The lower frame includes a telescoping tube fitted with the vertical support member of the upper frame, a locking mechanism to lock the relative position of the vertical support member of the upper frame to the telescoping tube, and two shoulder straps attached to the lower frame. The vertical support holster includes a pocket fitted to the end of the telescoping tube, and a belt to be tied to the waist of the user.

Systems and methods for using an intelligent conductive floor mat and sensors to improve the performance of a practice is provided herein. The conductive floor mat may be electrically grounded. One or more sensors may be used to sense environmental data regarding the environment surrounding the conductive floor mat. One or more other sensors may be used to sense physiological data of a user that performs a practice. A computing device may use the sensors to evaluate the suitability of an environment around the conductive floor mat for performing the practice. The computing device may also identify changes in the physiological state of the user while the user performs the practice in the environment.

The present invention provides an uplifted hands assist device for users to raise their hands in different positions while sitting, standing, or walking during praying. The device comprises an upper frame, a lower frame, and a vertical support holster. The upper frame includes a horizontal member, a vertical support member attached to the horizontal member, and two arm straps attached to the upper frame. The lower frame includes a telescoping tube fitted with the vertical support member of the upper frame, a locking mechanism to lock the relative position of the vertical support member of the upper frame to the telescoping tube, and two shoulder straps attached to the lower frame. The vertical support holster includes a pocket fitted to the end of the telescoping tube, and a belt to be tied to the waist of the user.

The present invention relates to a portable autonomous electronic apparatus designed to assist users in performing various types of rituals. The apparatus includes a central processing unit (CPU) that coordinates various subsystems, including a display system for providing visual outputs, a user input interface for controlling the apparatus, and an audio system for delivering ritual instructions and related sounds. The apparatus may also feature a networking module for receiving updates and enabling remote control, and an automated electromechanical ritual execution system for physically performing rituals such as bathing and scenting of sacred objects. The system may be customizable, supporting multiple languages and regional variations. The system may include a backup battery to ensure uninterrupted operation when external power is unavailable.