A method performed at one or more nodes of a wireless communication system to identify and mitigate interferences, the method comprising: monitoring automatic gain control, AGC, events occurring at a base station (200, 1400) due to incoming signals over a predetermined time duration; the method further characterized by comprising: generating AGC statistics of the AGC events in combination with a base band, BB, processing of a radio access technology, RAT, operating in the base station (200, 1400); identifying an interference based on the AGC statistics; evaluating a performance degradation at the base station (200, 1400) due to the identified interference; and proposing one or more interference mitigation solutions based on the performance degradation, wherein the AGC statistics include AGC state information on whether the AGC has been triggered or has not been triggered, wherein the step of generating the AGC statistics related to the AGC events comprises: for each incoming signal associated with an AGC event, determining whether or not the incoming signal is an own signal based on the BB processing; and including the AGC events associated with the incoming signals that are not own signals into the AGC statistics, wherein an own signal is a signal transmitted from a user equipment, UE, being served by the base station (200, 1400) using the RAT corresponding to the BB processing. monitoring automatic gain control, AGC, events occurring at a base station (200, 1400) due to incoming signals over a predetermined time duration; the method further characterized by comprising: generating AGC statistics of the AGC events in combination with a base band, BB, processing of a radio access technology, RAT, operating in the base station (200, 1400); identifying an interference based on the AGC statistics; evaluating a performance degradation at the base station (200, 1400) due to the identified interference; and proposing one or more interference mitigation solutions based on the performance degradation, wherein the AGC statistics include AGC state information on whether the AGC has been triggered or has not been triggered, wherein the step of generating the AGC statistics related to the AGC events comprises: for each incoming signal associated with an AGC event, determining whether or not the incoming signal is an own signal based on the BB processing; and including the AGC events associated with the incoming signals that are not own signals into the AGC statistics, wherein an own signal is a signal transmitted from a user equipment, UE, being served by the base station (200, 1400) using the RAT corresponding to the BB processing. generating AGC statistics of the AGC events in combination with a base band, BB, processing of a radio access technology, RAT, operating in the base station (200, 1400); identifying an interference based on the AGC statistics; evaluating a performance degradation at the base station (200, 1400) due to the identified interference; and proposing one or more interference mitigation solutions based on the performance degradation, wherein the AGC statistics include AGC state information on whether the AGC has been triggered or has not been triggered, wherein the step of generating the AGC statistics related to the AGC events comprises: for each incoming signal associated with an AGC event, determining whether or not the incoming signal is an own signal based on the BB processing; and including the AGC events associated with the incoming signals that are not own signals into the AGC statistics, wherein an own signal is a signal transmitted from a user equipment, UE, being served by the base station (200, 1400) using the RAT corresponding to the BB processing. for each incoming signal associated with an AGC event, determining whether or not the incoming signal is an own signal based on the BB processing; and including the AGC events associated with the incoming signals that are not own signals into the AGC statistics, wherein an own signal is a signal transmitted from a user equipment, UE, being served by the base station (200, 1400) using the RAT corresponding to the BB processing.