A method for guiding a user for positioning a first RFID-enabled device relative to a second RFID-enabled device for allowing a robust RFID communication between the two RFID-enabled devices (110, 180), the method comprising placing the first RFID-enabled device to a first position relative to the second RFID-enabled device; receiving, by the first RFID-enabled device, when being located at the first position, a first RFID signal transmitted by the second RFID-enabled device; measuring, by the first RFID-enabled device, a first signal strength of the first RFID signal; placing the first RFID-enabled device to a second position relative to the second RFID-enabled device; receiving, by the first RFID-enabled device, when being located at the second position, a second RFID signal transmitted by the second RFID-enabled device; measuring, by the first RFID-enabled device, a second signal strength of the first RFID signal; determining, based on the first signal strength and on the second signal strength, a movement indication (352, 354) for a movement of the first RFID-enabled device towards a target position, at which there is expected a target RF coupling strength between the two RFID-enabled devices (110, 180), which is stronger than (i) a first RF coupling strength being associated with the first position and (ii) a second RF coupling strength being associated with the second position; and providing the determined movement indication (110, 180) to the user of the first RFID-enabled device; characterized in that the method further comprises providing, by an accelerometer sensor comprised in the first RFID-enabled device, acceleration data to a processor comprised in the first RFID-enabled device, and calculating, by the processor, trajectory information of a movement between the first position and the second position, wherein for determining the movement indication (352, 354) the calculated trajectory information is taken into account. placing the first RFID-enabled device to a first position relative to the second RFID-enabled device; receiving, by the first RFID-enabled device, when being located at the first position, a first RFID signal transmitted by the second RFID-enabled device; measuring, by the first RFID-enabled device, a first signal strength of the first RFID signal; placing the first RFID-enabled device to a second position relative to the second RFID-enabled device; receiving, by the first RFID-enabled device, when being located at the second position, a second RFID signal transmitted by the second RFID-enabled device; measuring, by the first RFID-enabled device, a second signal strength of the first RFID signal; determining, based on the first signal strength and on the second signal strength, a movement indication (352, 354) for a movement of the first RFID-enabled device towards a target position, at which there is expected a target RF coupling strength between the two RFID-enabled devices (110, 180), which is stronger than (i) a first RF coupling strength being associated with the first position and (ii) a second RF coupling strength being associated with the second position; and providing the determined movement indication (110, 180) to the user of the first RFID-enabled device; characterized in that the method further comprises providing, by an accelerometer sensor comprised in the first RFID-enabled device, acceleration data to a processor comprised in the first RFID-enabled device, and calculating, by the processor, trajectory information of a movement between the first position and the second position, wherein for determining the movement indication (352, 354) the calculated trajectory information is taken into account.