A system for simulating injury treatment on a living body, the system comprising: an embedded system configured to be placed on a living body and to simulate an injury of the living body in response to instructions received from a simulation system; the system being characterized in that it comprises; one or more sensors configured to be placed on the living body and to detect a parameter corresponding to a treatment of said injury, said one or more sensors being further configured to transmit said detected parameter to said simulation system, wherein said one or more sensors corresponds to at least one of the following: a pressure sensor to detect a location and amount of an exertion of pressure of the treatment, a gyroscopic sensor or an accelerometer to detect a movement and acceleration of the living body based on the treatment, a resistance sensor to detect a location and amount of an exertion of pressure and/or a cut of the treatment, or a temperature sensor to detect an increase or decrease in temperature of the living body based on the treatment; said simulation system connected to said one or more sensors and being configured to: transmit the instructions to said embedded system to cause said embedded system to simulate said injury of the living body; receive sensor data representing said parameter detected by said one or more sensor and representing said treatment of said injury; execute a simulation scenario, which associates said detected parameter representing said treatment of said injury with a corresponding effect on said injury; send instructions to said embedded system, which cause said embedded system to simulate said injury such that the simulation reflects said treatment. an embedded system configured to be placed on a living body and to simulate an injury of the living body in response to instructions received from a simulation system; the system being characterized in that it comprises; one or more sensors configured to be placed on the living body and to detect a parameter corresponding to a treatment of said injury, said one or more sensors being further configured to transmit said detected parameter to said simulation system, wherein said one or more sensors corresponds to at least one of the following: a pressure sensor to detect a location and amount of an exertion of pressure of the treatment, a gyroscopic sensor or an accelerometer to detect a movement and acceleration of the living body based on the treatment, a resistance sensor to detect a location and amount of an exertion of pressure and/or a cut of the treatment, or a temperature sensor to detect an increase or decrease in temperature of the living body based on the treatment; said simulation system connected to said one or more sensors and being configured to: transmit the instructions to said embedded system to cause said embedded system to simulate said injury of the living body; receive sensor data representing said parameter detected by said one or more sensor and representing said treatment of said injury; execute a simulation scenario, which associates said detected parameter representing said treatment of said injury with a corresponding effect on said injury; send instructions to said embedded system, which cause said embedded system to simulate said injury such that the simulation reflects said treatment. a pressure sensor to detect a location and amount of an exertion of pressure of the treatment, a gyroscopic sensor or an accelerometer to detect a movement and acceleration of the living body based on the treatment, a resistance sensor to detect a location and amount of an exertion of pressure and/or a cut of the treatment, or a temperature sensor to detect an increase or decrease in temperature of the living body based on the treatment; said simulation system connected to said one or more sensors and being configured to: transmit the instructions to said embedded system to cause said embedded system to simulate said injury of the living body; receive sensor data representing said parameter detected by said one or more sensor and representing said treatment of said injury; execute a simulation scenario, which associates said detected parameter representing said treatment of said injury with a corresponding effect on said injury; send instructions to said embedded system, which cause said embedded system to simulate said injury such that the simulation reflects said treatment. transmit the instructions to said embedded system to cause said embedded system to simulate said injury of the living body; receive sensor data representing said parameter detected by said one or more sensor and representing said treatment of said injury; execute a simulation scenario, which associates said detected parameter representing said treatment of said injury with a corresponding effect on said injury; send instructions to said embedded system, which cause said embedded system to simulate said injury such that the simulation reflects said treatment.