A system for a user equipment, UE, device (600, 1000), the system comprising: a memory storing executable instructions that execute one or more computer executable components; and a processor (616, 1116) configured to execute the executable instructions for the one or more executable components comprising: a long term evolution, LTE, communication component configured to receive a set of wireless local area network, WLAN, data related to a first set of WLAN access points, APs, that enables a WLAN mobility operation among the first set of WLAN APs, wherein the set of WLAN data comprises WLAN identifiers identifying one or more WLAN APs of the first set of WLAN APs that support a LTE/WLAN aggregation protocol; and a WLAN component configured to communicatively couple to a first WLAN AP of the first set of WLAN APs, to generate a determination of whether a second WLAN AP satisfies a communication criteria more than the first WLAN AP, and, in response to the determination, initiate the WLAN mobility operation to switch from being communicatively coupled to the first WLAN AP to being communicatively coupled to the second WLAN AP by utilizing the set of WLAN data, wherein the LTE communication component is further configured to communicate a suspend command to an eNB (120, 701) to stop traffic via a first WiFi network of the first WLAN AP and communicate a resume command to the eNB (120, 701) to resume traffic via a second WiFi network of the second WLAN AP. a memory storing executable instructions that execute one or more computer executable components; and a processor (616, 1116) configured to execute the executable instructions for the one or more executable components comprising: a long term evolution, LTE, communication component configured to receive a set of wireless local area network, WLAN, data related to a first set of WLAN access points, APs, that enables a WLAN mobility operation among the first set of WLAN APs, wherein the set of WLAN data comprises WLAN identifiers identifying one or more WLAN APs of the first set of WLAN APs that support a LTE/WLAN aggregation protocol; and a WLAN component configured to communicatively couple to a first WLAN AP of the first set of WLAN APs, to generate a determination of whether a second WLAN AP satisfies a communication criteria more than the first WLAN AP, and, in response to the determination, initiate the WLAN mobility operation to switch from being communicatively coupled to the first WLAN AP to being communicatively coupled to the second WLAN AP by utilizing the set of WLAN data, wherein the LTE communication component is further configured to communicate a suspend command to an eNB (120, 701) to stop traffic via a first WiFi network of the first WLAN AP and communicate a resume command to the eNB (120, 701) to resume traffic via a second WiFi network of the second WLAN AP. a long term evolution, LTE, communication component configured to receive a set of wireless local area network, WLAN, data related to a first set of WLAN access points, APs, that enables a WLAN mobility operation among the first set of WLAN APs, wherein the set of WLAN data comprises WLAN identifiers identifying one or more WLAN APs of the first set of WLAN APs that support a LTE/WLAN aggregation protocol; and a WLAN component configured to communicatively couple to a first WLAN AP of the first set of WLAN APs, to generate a determination of whether a second WLAN AP satisfies a communication criteria more than the first WLAN AP, and, in response to the determination, initiate the WLAN mobility operation to switch from being communicatively coupled to the first WLAN AP to being communicatively coupled to the second WLAN AP by utilizing the set of WLAN data, wherein the LTE communication component is further configured to communicate a suspend command to an eNB (120, 701) to stop traffic via a first WiFi network of the first WLAN AP and communicate a resume command to the eNB (120, 701) to resume traffic via a second WiFi network of the second WLAN AP.