An apparatus for processing a voice radio signal, comprising: a transcription unit configured to convert the voice radio signal into a text signal; an object determination unit configured to determine an object from which the voice radio signal originates; an object localization unit configured to determine position information of the object from which the voice radio signal originates, wherein the object localization unit comprises at least one radio direction finder (144 1 to 144 n) configured to determine bearing data (142a 1 to 142a n) indicating a position or an area from which the voice radio signal originates, and wherein the object localization unit further comprises a position data receiver or is configured to communicate with the same in order to obtain position data (142b, to 142b 5) indicating the positions of objects in a surrounding area of the apparatus, wherein the bearing data (142a 1 to 142a n), along with the position data (142b 1 to 142b 5), form the position information; an output unit configured to allocate the text signal to the object and to provide the same; and wherein the object determination unit is configured to determine a detection probability (135, 135 1 to 135 3) for each of the objects in a surrounding area of the apparatus, wherein the detection probability defines a degree of correspondence of the position data (142b, to 142b 5) with the bearing data (142a 1 to 142a n), and wherein the object determination unit is configured to determine, for multiple objects with a very similar detection probability, all objects with the similar detection probability as the object from which the voice radio signal originates, wherein the output unit is configured in this case to allocate all these objects with the similar detection probability to the text signal and to also state the detection probability, respectively. a transcription unit configured to convert the voice radio signal into a text signal; an object determination unit configured to determine an object from which the voice radio signal originates; an object localization unit configured to determine position information of the object from which the voice radio signal originates, wherein the object localization unit comprises at least one radio direction finder (144 1 to 144 n) configured to determine bearing data (142a 1 to 142a n) indicating a position or an area from which the voice radio signal originates, and wherein the object localization unit further comprises a position data receiver or is configured to communicate with the same in order to obtain position data (142b, to 142b 5) indicating the positions of objects in a surrounding area of the apparatus, wherein the object localization unit comprises at least one radio direction finder (144 1 to 144 n) configured to determine bearing data (142a 1 to 142a n) indicating a position or an area from which the voice radio signal originates, and wherein the object localization unit further comprises a position data receiver or is configured to communicate with the same in order to obtain position data (142b, to 142b 5) indicating the positions of objects in a surrounding area of the apparatus, wherein the bearing data (142a 1 to 142a n), along with the position data (142b 1 to 142b 5), form the position information; an output unit configured to allocate the text signal to the object and to provide the same; and wherein the object determination unit is configured to determine a detection probability (135, 135 1 to 135 3) for each of the objects in a surrounding area of the apparatus, wherein the detection probability defines a degree of correspondence of the position data (142b, to 142b 5) with the bearing data (142a 1 to 142a n), and wherein the object determination unit is configured to determine, for multiple objects with a very similar detection probability, all objects with the similar detection probability as the object from which the voice radio signal originates, wherein the output unit is configured in this case to allocate all these objects with the similar detection probability to the text signal and to also state the detection probability, respectively.