Method for steering communication traffic of a user equipment, UE,, in a wireless communication network, wherein the wireless communication network comprises: at least some network entities (100, 105, 110), namely base stations, that are configured to provide a radio access network, RAN, for the UE, wherein the network entity that provides the current access to the wireless communication network for the UE is called the serving network entity, and wherein each of the network entities (100, 105, 110) is configured to communicate at least with its neighboring network (100, 105, 110) entities, wherein an algorithm is implemented on a network entity of the at least some network entities that causes the network entity of the at least some network entities to perform the following steps: • Using as a first input a first time duration T Cell, wherein T Cell estimates a time duration that the UE is within a radio coverage area of the serving network entity; • Using as a second input a second time duration T LC, wherein T LC estimates a time duration it takes the wireless communication network to determine an adjusted load control setting for the UE; • Comparing T Cell against T LC and if: ∘ T Cell > T LC: ▪ Applying load control procedures within the wireless communication network; ▪ Adding a network-calculated load control information to a Radio Resource Control message; ▪ Transmitting the Radio Resource Control message with the network-calculated load control information to the UE; or if: ∘ T Cell < T LC: ▪ Transmitting the Radio Resource Control message without the network-calculated load control information to the UE. wherein the wireless communication network comprises: at least some network entities (100, 105, 110), namely base stations, that are configured to provide a radio access network, RAN, for the UE, wherein the network entity that provides the current access to the wireless communication network for the UE is called the serving network entity, and wherein each of the network entities (100, 105, 110) is configured to communicate at least with its neighboring network (100, 105, 110) entities, wherein an algorithm is implemented on a network entity of the at least some network entities that causes the network entity of the at least some network entities to perform the following steps: • Using as a first input a first time duration T Cell, wherein T Cell estimates a time duration that the UE is within a radio coverage area of the serving network entity; • Using as a second input a second time duration T LC, wherein T LC estimates a time duration it takes the wireless communication network to determine an adjusted load control setting for the UE; • Comparing T Cell against T LC and if: ∘ T Cell > T LC: ▪ Applying load control procedures within the wireless communication network; ▪ Adding a network-calculated load control information to a Radio Resource Control message; ▪ Transmitting the Radio Resource Control message with the network-calculated load control information to the UE; or if: ∘ T Cell < T LC: ▪ Transmitting the Radio Resource Control message without the network-calculated load control information to the UE. • Using as a first input a first time duration T Cell, wherein T Cell estimates a time duration that the UE is within a radio coverage area of the serving network entity; • Using as a second input a second time duration T LC, wherein T LC estimates a time duration it takes the wireless communication network to determine an adjusted load control setting for the UE; • Comparing T Cell against T LC and if: ∘ T Cell > T LC: ▪ Applying load control procedures within the wireless communication network; ▪ Adding a network-calculated load control information to a Radio Resource Control message; ▪ Transmitting the Radio Resource Control message with the network-calculated load control information to the UE; or if: ∘ T Cell < T LC: ▪ Transmitting the Radio Resource Control message without the network-calculated load control information to the UE. ∘ T Cell > T LC: ▪ Applying load control procedures within the wireless communication network; ▪ Adding a network-calculated load control information to a Radio Resource Control message; ▪ Transmitting the Radio Resource Control message with the network-calculated load control information to the UE; ▪ Applying load control procedures within the wireless communication network; ▪ Adding a network-calculated load control information to a Radio Resource Control message; ▪ Transmitting the Radio Resource Control message with the network-calculated load control information to the UE; ∘ T Cell < T LC: ▪ Transmitting the Radio Resource Control message without the network-calculated load control information to the UE. ▪ Transmitting the Radio Resource Control message without the network-calculated load control information to the UE.