Camera, method, non-transitory computer-readable medium, and system

A method comprising:

• detecting, with control circuitry, a camera changing from a POWER OFF state to a POWER ON state;
• and
• performing, with the control circuitry, a start-up process every time the camera changes from the POWER OFF state to the POWER ON state, the start-up process includes
• determining whether a memory includes a first set of backup camera settings,
• responsive to determining that the memory does not include the first set of backup camera settings, controlling the memory to store a first set of camera settings as the first set of backup camera settings,
• determining whether a server includes a second set of backup camera settings,
• responsive to determining that the server does not include the second set of backup camera settings, controlling the server to store the first set of camera settings as the second set of backup camera settings,
• responsive to determining that the memory includes the first set of backup camera settings, acquiring the first set of backup camera settings,
• responsive to determining that the server includes the second set of backup camera settings, acquiring the second set of backup camera settings,
• responsive to acquiring the first set of backup camera settings and the second set of backup camera settings, comparing the first set of backup camera settings to the second set of backup camera settings to determine whether the first set of backup camera settings is newer than the second set of backup camera settings, and
• setting one of the first set of backup camera settings or the second set of backup camera settings as current camera settings based on the comparison of the first set of backup camera settings that is acquired to the second set of backup camera settings that is acquired.

A non-transitory computer-readable medium comprising program instructions that, when executed by an electronic processor, causes the electronic processor to perform a set of operations comprising:

• detecting a camera changing from a POWER OFF state to a POWER ON state;
• and
• performing a start-up process every time the camera changes from the POWER OFF state to the POWER ON state, the start-up process includes
• determining whether a memory includes a first set of backup camera settings,
• responsive to determining that the memory does not include the first set of backup camera settings, controlling the memory to store a first set of camera settings as the first set of backup camera settings,
• determining whether a server includes a second set of backup camera settings,
• responsive to determining that the server does not include the second set of backup camera settings, controlling the server to store the first set of camera settings as the second set of backup camera settings,
• responsive to determining that the memory includes the first set of backup camera settings, acquiring the first set of backup camera settings,
• responsive to determining that the server includes the second set of backup camera settings, acquiring the second set of backup camera settings,
• responsive to acquiring the first set of backup camera settings and the second set of backup camera settings, comparing the first set of backup camera settings to the second set of backup camera settings to determine whether the first set of backup camera settings is newer than the second set of backup camera settings, and
• setting one of the first set of backup camera settings or the second set of backup camera settings as current camera settings based on the comparison of the first set of backup camera settings that is acquired to the second set of backup camera settings that is acquired.

A system comprising:

• a server configured to store a first set of backup camera settings;
• and
• a camera including
• a memory configured to store a second set of backup camera settings associated with the camera,
• communication circuitry configured to communicate with the server, and
• control circuitry configured to
• detect a camera power ON operation that causes the camera to change from a POWER off state to a POWER ON state, and
• perform a start-up process every time the camera changes from the POWER OFF state to the POWER ON state, the start-up process includes
• determining whether the memory includes the first set of backup camera settings,
• responsive to determining that the memory does not include the first set of backup camera settings, controlling the memory to store a first set of camera settings as the first set of backup camera settings,
• determining whether the server includes the second set of backup camera settings,
• responsive to determining that the server does not include the second set of backup camera settings, controlling the server to store the first set of camera settings as the second set of backup camera settings,
• responsive to determining that the memory includes the first set of backup camera settings, acquiring the first set of backup camera settings,
• responsive to determining that the server includes the second set of backup camera settings, acquiring the second set of backup camera settings,
• responsive to acquiring the first set of backup camera settings and the second set of backup camera settings, comparing the second set of backup camera settings to the first set of backup camera settings to determine whether the second set of backup camera settings is newer than the first set of backup camera settings, and
• set one of the first set of backup camera settings or the second set of backup camera settings as current camera settings based on the comparison of the first set of backup camera settings that is acquired to the second set of backup camera settings that is acquired.