Method and system for mitigating motion sickness of users in a moving vehicle

A method for mitigating motion sickness of a user travelling in a vehicle wherein destination location information is received by a motion mitigation reality device which is worn by the user and able to share virtual reality content with a second virtual reality device associated with a remote user 401. Real-time data relating to the movement of the vehicle in a physical environment is obtained by the motion mitigation reality device from sensors on the vehicle or a user device associated with the user 403. Motion change can be determined based on the real-time data 405 and motion change can be performed on the virtual reality content similar to the motion change of the vehicle such that motion sickness of the user is mitigated 407. The user and the remote user may be able to communicate during the shared VR session. The motion change may be a rotation of the virtual reality content in a direction based on the motion change in the vehicle. The real-time data may be one of speed or vehicle trajectory, estimated travel time, real-time traffic data, climate controls, navigation details, media, head unit functions, autonomous driving commands and social experiences.