A method comprising: monitoring at least one data service quality requirement (QoS#1) that is associated with at least one data flow (d#1) for data communication; monitoring at least one sensing quality requirement (QoSe#1) that is associated with at least one sensing function (s#1) for sensing of at least one physical environment parameter of a physical environment; and mapping at least one of the data flow (d#1) associated with the at least one data service quality requirement (QoS#1) and the sensing function (s#1) associated with the at least one sensing quality requirement (QoSe#1) to at least one radio resource/channel/bearer (RCH#B, RCH#A) based on the monitored at least one data service quality requirement (QoS#1) and based on the monitored at least one sensing quality requirement (QoSe#1), characterized by determining at least one configuration (c#A, c#B) of the at least one radio resource/channel/bearer (RCH#A, RCH#B) based on the monitored at least one data service quality requirement (QoS#1) and based on the monitored at least one sensing quality requirement (QoSe#1); wherein the determination of the at least one configuration (c#A) comprises: determining a plurality of radio resources/channels/bearers as part of the at least one configuration (c#A) for transporting sensing signals associated with the sensing function (s#1) based on a ratio (W_r); and determining, especially after determining the plurality of radio resources/channels/bearers for transporting sensing signals, another plurality of radio resources/channels/bearers as part of the at least one configuration (c#A) for transporting data associated with the data flow (d#1). monitoring at least one data service quality requirement (QoS#1) that is associated with at least one data flow (d#1) for data communication; monitoring at least one sensing quality requirement (QoSe#1) that is associated with at least one sensing function (s#1) for sensing of at least one physical environment parameter of a physical environment; and mapping at least one of the data flow (d#1) associated with the at least one data service quality requirement (QoS#1) and the sensing function (s#1) associated with the at least one sensing quality requirement (QoSe#1) to at least one radio resource/channel/bearer (RCH#B, RCH#A) based on the monitored at least one data service quality requirement (QoS#1) and based on the monitored at least one sensing quality requirement (QoSe#1), characterized by determining at least one configuration (c#A, c#B) of the at least one radio resource/channel/bearer (RCH#A, RCH#B) based on the monitored at least one data service quality requirement (QoS#1) and based on the monitored at least one sensing quality requirement (QoSe#1); wherein the determination of the at least one configuration (c#A) comprises: determining a plurality of radio resources/channels/bearers as part of the at least one configuration (c#A) for transporting sensing signals associated with the sensing function (s#1) based on a ratio (W_r); and determining, especially after determining the plurality of radio resources/channels/bearers for transporting sensing signals, another plurality of radio resources/channels/bearers as part of the at least one configuration (c#A) for transporting data associated with the data flow (d#1). determining a plurality of radio resources/channels/bearers as part of the at least one configuration (c#A) for transporting sensing signals associated with the sensing function (s#1) based on a ratio (W_r); and determining, especially after determining the plurality of radio resources/channels/bearers for transporting sensing signals, another plurality of radio resources/channels/bearers as part of the at least one configuration (c#A) for transporting data associated with the data flow (d#1).