Computer-implemented method for transferring a state (ST.1,..., ST.4) from a first VR environment to a second VR environment, comprising: - receiving (REC-SOD), by means of a receiving system (RSYS, RSYS.1, RSYS.2), a static object dataset (SOD,..., SOD, SOD.1, SOD.2) relating to an object (OBJ.1.1, OBJ.1.2, OBJ.1.3, OBJ.1.4, OBJ.2.1, OBJ.2.2, OBJ.2.3, OBJ.2.4, OBJ.3.1, OBJ.3.2, OBJ.3.3, OBJ.3.4), wherein the object (OBJ.1.1,..., OBJ.3.4) can be represented in a first VR environment, which is generated by a sending system (SSYS), and in the second VR environment, which is generated by the receiving system (RSYS, RSYS.1, RSYS.2), - determining (DET-DOD-1), by means of the sending system (SSYS), a first dynamic object dataset (DOD (FID.1),..., DOD (FID.3), DOD.1, DOD.2) relating to the object (OBJ.1.1,..., OBJ.3.4), wherein the first dynamic object dataset (DOD (FID.1),..., DOD (FID.3), DOD.1, DOD.2) relates to a dynamic property (DP 1 (FID.1),..., DP 1 (FID.3)) of the object (OBJ.1,..., OBJ.3) in the first VR environment, - transmitting (TRM-DOD-1) the first dynamic object dataset (DOD (FID.1),..., DOD (FID.3), DOD.1, DOD.2) from the sending system (SSYS) to the receiving system (RSYS, RSYS.1, RSYS.2), - determining (DET-STAT-1), by means of the receiving system (RSYS, RSYS.1, RSYS.2), a first state (ST.1,..., ST.4) of the second VR environment on the basis of the static object dataset (SOD,..., SOD, SOD.1, SOD.2) and the first dynamic object dataset (DOD (FID.1),..., DOD (FID.3), DOD.1, DOD.2) - determining (DET-UPOS-1), by means of the sending system (SSYS), a first virtual user-position of a user in the first VR environment, - transmitting (TRM-UPOS-1) the first virtual user-position from the sending system (SSYS) to the receiving system (RSYS, RSYS.1, RSYS.2), - determining (DET-UPOS-2) a second virtual user-position of a user in the second VR environment based on the first user-position, wherein the second virtual user-position is the user-position in the second VR environment that is offset from the first virtual user-position by a constant value, wherein determining the first state (ST.1,..., ST.4) of the second VR environment is additionally based on the second user-position. - receiving (REC-SOD), by means of a receiving system (RSYS, RSYS.1, RSYS.2), a static object dataset (SOD,..., SOD, SOD.1, SOD.2) relating to an object (OBJ.1.1, OBJ.1.2, OBJ.1.3, OBJ.1.4, OBJ.2.1, OBJ.2.2, OBJ.2.3, OBJ.2.4, OBJ.3.1, OBJ.3.2, OBJ.3.3, OBJ.3.4), wherein the object (OBJ.1.1,..., OBJ.3.4) can be represented in a first VR environment, which is generated by a sending system (SSYS), and in the second VR environment, which is generated by the receiving system (RSYS, RSYS.1, RSYS.2), - determining (DET-DOD-1), by means of the sending system (SSYS), a first dynamic object dataset (DOD (FID.1),..., DOD (FID.3), DOD.1, DOD.2) relating to the object (OBJ.1.1,..., OBJ.3.4), wherein the first dynamic object dataset (DOD (FID.1),..., DOD (FID.3), DOD.1, DOD.2) relates to a dynamic property (DP 1 (FID.1),..., DP 1 (FID.3)) of the object (OBJ.1,..., OBJ.3) in the first VR environment, - transmitting (TRM-DOD-1) the first dynamic object dataset (DOD (FID.1),..., DOD (FID.3), DOD.1, DOD.2) from the sending system (SSYS) to the receiving system (RSYS, RSYS.1, RSYS.2), - determining (DET-STAT-1), by means of the receiving system (RSYS, RSYS.1, RSYS.2), a first state (ST.1,..., ST.4) of the second VR environment on the basis of the static object dataset (SOD,..., SOD, SOD.1, SOD.2) and the first dynamic object dataset (DOD (FID.1),..., DOD (FID.3), DOD.1, DOD.2) - determining (DET-UPOS-1), by means of the sending system (SSYS), a first virtual user-position of a user in the first VR environment, - transmitting (TRM-UPOS-1) the first virtual user-position from the sending system (SSYS) to the receiving system (RSYS, RSYS.1, RSYS.2), - determining (DET-UPOS-2) a second virtual user-position of a user in the second VR environment based on the first user-position, wherein the second virtual user-position is the user-position in the second VR environment that is offset from the first virtual user-position by a constant value, wherein determining the first state (ST.1,..., ST.4) of the second VR environment is additionally based on the second user-position.