A method to provide a sufficient level of network performance to a network entity communicating with a multipath communication network, wherein the network entity comprises a multipath scheduler and at least a first communication interface to communicate over a first data path and a second communication interface to communicate over a second data path, wherein the multipath scheduler is designed to distribute data traffic of the network entity to the first and/or the second communication interface (40, 50), wherein the method comprises the following step: • Transmitting data traffic over the first data path by the multipath scheduler; wherein the method further comprises the following steps performed all by either the network entity or by a central server of the multipath communication network respectively: • Measuring parameters of the data traffic over the first data path by a measuring unit (75, 80), wherein the measuring unit is associated with the central server or the measuring unit is associated with the network entity; • Determining a network performance value of the first data path by evaluating the measured parameters by an algorithm implemented on a computing unit of the network entity or of the central server; • Comparing the network performance value of the first data path with a required network performance threshold value by the algorithm and evaluating a temporal network performance; • Generating a Handover-Trigger-Signal if the comparison yields that the network performance value is lower than the required network performance threshold value and if a slope of the temporal network performance is higher than a predefined threshold slope of the temporal network performance; • Sending the Handover-Trigger-Signal to the multipath scheduler that activates on receiving the Handover-Trigger-Signal a redundant data traffic mode to support a hand-over process from the first data path to the second data path. • Transmitting data traffic over the first data path by the multipath scheduler; wherein the method further comprises the following steps performed all by either the network entity or by a central server of the multipath communication network respectively: • Measuring parameters of the data traffic over the first data path by a measuring unit (75, 80), wherein the measuring unit is associated with the central server or the measuring unit is associated with the network entity; • Determining a network performance value of the first data path by evaluating the measured parameters by an algorithm implemented on a computing unit of the network entity or of the central server; • Comparing the network performance value of the first data path with a required network performance threshold value by the algorithm and evaluating a temporal network performance; • Generating a Handover-Trigger-Signal if the comparison yields that the network performance value is lower than the required network performance threshold value and if a slope of the temporal network performance is higher than a predefined threshold slope of the temporal network performance; • Sending the Handover-Trigger-Signal to the multipath scheduler that activates on receiving the Handover-Trigger-Signal a redundant data traffic mode to support a hand-over process from the first data path to the second data path.