A node (102a, 102b, 102c) located in a wireless telecommunications network and configured to administer a number of sessions with a plurality of user equipments, characterized in that the node comprises: a procedure latency monitor unit configured to establish a measurement window associated with a procedure within the wireless telecommunications network and during the measurement window is further configured to measure a predetermined number of delta times, where each measured delta time indicates an amount of time that takes place between a start of the procedure and a stop of the procedure; the procedure latency monitor unit upon completion of the measurement window is configured to take the predetermined number of measured delta times and is further configured to calculate a mean delta time which is an average of the measured delta times; the procedure latency monitor unit is configured to compare the mean delta time with a predetermined threshold which is also associated with the procedure and if the mean delta time exceeds the threshold then the procedure latency monitor unit is configured to issue a high load signal associated with the procedure; and an admission control mechanism that is configured to receive the high load signal associated with the procedure; a traffic measurement unit that is configured to determine a number of the sessions with the plurality of user equipments which are dropped without being requested to be released by the user equipments and then reports the number of dropped sessions to the admission control mechanism; and the admission control mechanism upon receiving the high load signal associated with the procedure further determines if the number of dropped sessions with the plurality of user equipments exceeds a predetermined threshold and if yes then activates an admission action. a procedure latency monitor unit configured to establish a measurement window associated with a procedure within the wireless telecommunications network and during the measurement window is further configured to measure a predetermined number of delta times, where each measured delta time indicates an amount of time that takes place between a start of the procedure and a stop of the procedure; the procedure latency monitor unit upon completion of the measurement window is configured to take the predetermined number of measured delta times and is further configured to calculate a mean delta time which is an average of the measured delta times; the procedure latency monitor unit is configured to compare the mean delta time with a predetermined threshold which is also associated with the procedure and if the mean delta time exceeds the threshold then the procedure latency monitor unit is configured to issue a high load signal associated with the procedure; and an admission control mechanism that is configured to receive the high load signal associated with the procedure; a traffic measurement unit that is configured to determine a number of the sessions with the plurality of user equipments which are dropped without being requested to be released by the user equipments and then reports the number of dropped sessions to the admission control mechanism; and the admission control mechanism upon receiving the high load signal associated with the procedure further determines if the number of dropped sessions with the plurality of user equipments exceeds a predetermined threshold and if yes then activates an admission action.