Extended reality simulator with real-world interaction capabilities

A method for simulating injury treatment on a living body, the method comprising:

• simulating by an embedded system placed on a living body an injury of the living body in response to instructions received from a simulation system;
• detecting by one or more sensors placed on a living body a parameter corresponding to a treatment of said injury, said one or more sensors being configured to transmit said detected parameter to said simulation system;
• performing the following steps by said simulation system connected to said one or more sensors:
• transmitting the instructions to said embedded system to cause said embedded system to simulate an injury of the living body;
• receiving sensor data representing said parameter detected by said one or more sensors and representing a treatment of said simulated injury;
• executing a simulation scenario, which associates said detected parameter representing a treatment of said injury with a corresponding effect on said injury;
• sending instructions to said embedded system, which cause said embedded system to simulate said injury such that the simulation reflects said treatment;
• and
• transmitting by said simulation system instructions to an earphone configured to be placed in an ear of the living body to be treated.

A computer program product comprising computer program code, which, when being executed on a computer, causes said computer to perform the following:

• transmitting from a simulation system to an embedded system instructions to cause said embedded system placed on a living body to simulate an injury of the living body;
• detecting by one or more sensors placed on a living body a parameter corresponding to a treatment of said injury, said one or more sensors being configured to transmit said detected parameter to said simulation system;
• performing the following steps by said simulation system connected to said one or more sensors:
• transmitting the instructions to said embedded system to cause said embedded system to simulate an injury of the living body;
• receiving sensor data representing said parameter detected by said one or more sensors and representing a treatment of said simulated injury;
• executing a simulation scenario, which associates said detected parameter representing a treatment of said injury with a corresponding effect on said injury;
• sending instructions to said embedded system, which cause said embedded system to simulate said injury such that the simulation reflects said treatment;
• and
• transmitting by said simulation system instructions to an earphone configured to be placed in an ear of the living body to be treated.