A method comprising: capturing (6.2), at a video capture apparatus, video content obtained from an array of cameras, wherein the array of cameras is one of a circular array of cameras arranged to provide video coverage of a recording area surrounding the circular array of cameras across 360 degrees in terms of azimuth, or a spherical array of cameras arranged to provide video coverage of a recording area surrounding the spherical array of cameras across 360 degrees in terms of both azimuth and elevation, and wherein each camera is arranged to capture video content from a different section of the recording area defined by directional data associated with each camera, and wherein for the circular array of cameras the directional data comprises a section of the 360 degrees in terms of azimuth, and for the spherical array of cameras the directional data comprises a section of the 360 degrees in terms of azimuth and elevation; receiving (6.3) a wireless message comprising a Bluetooth Low-Energy advertisement packet, from a tag situated in the recording area; applying (6.6) a time stamp to the received wireless message; determining (6.4) directional information of the tag in the recording area, the directional information of the tag being a direction of the tag from the video capture apparatus, based on analysis of the wireless message, wherein the directional information comprises angle of arrival information of the received wireless message and wherein the angle of arrival information comprises at least one of an azimuthal angle or an elevational angle; causing (6.7) the directional information and the timestamp to be stored; causing (7.1) a user selection of the tag; causing (7.2) the stored directional information of the selected tag and the timestamp to be retrieved; comparing (7.3) the retrieved directional information of the selected tag with directional data associated with each of the cameras; identifying (7.4), based on the comparison, one or more cameras that have captured video content from a section of the recording area that corresponds to the retrieved directional information of the selected tag; and comparing the retrieved timestamp with a timeline of the captured video content from said one or more cameras to retrieve (7.5) video content for time periods in which the selected tag is in the recording area recorded by a particular camera. capturing (6.2), at a video capture apparatus, video content obtained from an array of cameras, wherein the array of cameras is one of a circular array of cameras arranged to provide video coverage of a recording area surrounding the circular array of cameras across 360 degrees in terms of azimuth, or a spherical array of cameras arranged to provide video coverage of a recording area surrounding the spherical array of cameras across 360 degrees in terms of both azimuth and elevation, and wherein each camera is arranged to capture video content from a different section of the recording area defined by directional data associated with each camera, and wherein for the circular array of cameras the directional data comprises a section of the 360 degrees in terms of azimuth, and for the spherical array of cameras the directional data comprises a section of the 360 degrees in terms of azimuth and elevation; receiving (6.3) a wireless message comprising a Bluetooth Low-Energy advertisement packet, from a tag situated in the recording area; applying (6.6) a time stamp to the received wireless message; determining (6.4) directional information of the tag in the recording area, the directional information of the tag being a direction of the tag from the video capture apparatus, based on analysis of the wireless message, wherein the directional information comprises angle of arrival information of the received wireless message and wherein the angle of arrival information comprises at least one of an azimuthal angle or an elevational angle; causing (6.7) the directional information and the timestamp to be stored; causing (7.1) a user selection of the tag; causing (7.2) the stored directional information of the selected tag and the timestamp to be retrieved; comparing (7.3) the retrieved directional information of the selected tag with directional data associated with each of the cameras; identifying (7.4), based on the comparison, one or more cameras that have captured video content from a section of the recording area that corresponds to the retrieved directional information of the selected tag; and comparing the retrieved timestamp with a timeline of the captured video content from said one or more cameras to retrieve (7.5) video content for time periods in which the selected tag is in the recording area recorded by a particular camera.