A system, comprising: a trigger configured to generate a trigger signal; at least two capture devices (14, 16), each configured to switch from a respective idle mode to a respective recording mode upon receipt of the trigger signal via a network, and each configured to generate data packets (28, 30) when operated in the respective idle mode and the respective recording mode, the data packets (28, 30) each including sensor data indicative of a condition sensed by a sensor of the respective capture device, the at least two capture devices comprising a first capture device and a second capture device; a controller configured to save data packets generated during the respective idle modes to a short-term memory, and configured to save data packets generated during the respective recording modes to a long-term memory such that the data packets form respective saved data streams (36, 38); a synchronizer configured to send a sync signal to the at least two capture devices (14, 16) via the network; and a compensator configured to determine a first delay period between sending of the sync signal by the synchronizer and receipt of the sync signal by the first capture device and a second delay period between sending of the sync signal by the synchronizer and receipt of the sync signal by the second capture device, and configured to transfer, depending on the first delay period, from the short-term memory to the long-term memory any data packets generated by the first capture device during the first delay period and, depending on the second delay period, any data packets generated by the second capture device during the second delay period, wherein the synchronizer is disposed relative to the trigger and the network such that respective delay periods (42, 44) between sending of the sync signal and receipt of the sync signal by each of the at least two capture devices (14, 16) is identical to respective delay periods between sending of the trigger signal and receipt of the trigger signal by each of the at least two capture devices (14, 16); and wherein the synchronizer is configured to repeatedly send the sync signal to the at least two capture devices (14, 16) via the network, and the compensator is configured to repeatedly determine the respective delay periods (42, 44) of the at least two capture devices (14, 16). a trigger configured to generate a trigger signal; at least two capture devices (14, 16), each configured to switch from a respective idle mode to a respective recording mode upon receipt of the trigger signal via a network, and each configured to generate data packets (28, 30) when operated in the respective idle mode and the respective recording mode, the data packets (28, 30) each including sensor data indicative of a condition sensed by a sensor of the respective capture device, the at least two capture devices comprising a first capture device and a second capture device; a controller configured to save data packets generated during the respective idle modes to a short-term memory, and configured to save data packets generated during the respective recording modes to a long-term memory such that the data packets form respective saved data streams (36, 38); a synchronizer configured to send a sync signal to the at least two capture devices (14, 16) via the network; and a compensator configured to determine a first delay period between sending of the sync signal by the synchronizer and receipt of the sync signal by the first capture device and a second delay period between sending of the sync signal by the synchronizer and receipt of the sync signal by the second capture device, and configured to transfer, depending on the first delay period, from the short-term memory to the long-term memory any data packets generated by the first capture device during the first delay period and, depending on the second delay period, any data packets generated by the second capture device during the second delay period, wherein the synchronizer is disposed relative to the trigger and the network such that respective delay periods (42, 44) between sending of the sync signal and receipt of the sync signal by each of the at least two capture devices (14, 16) is identical to respective delay periods between sending of the trigger signal and receipt of the trigger signal by each of the at least two capture devices (14, 16); and wherein the synchronizer is configured to repeatedly send the sync signal to the at least two capture devices (14, 16) via the network, and the compensator is configured to repeatedly determine the respective delay periods (42, 44) of the at least two capture devices (14, 16).