Geotagging through primary vehicle controls

A computing system, including at least one computing device residing on-board a human operable vehicle, the computing system comprising:

• a logic subsystem;
• and
• a storage subsystem having instructions stored thereon executable by the logic subsystem to:
• receive, at the computing device of the computing system, sensor data indicating a time-based series of actuation events performed by a human operator of the vehicle and obtained via one or more primary vehicle control interfaces of the vehicle, the primary vehicle control interfaces including at least a steering control interface, an accelerator control interface, and a brake control interface;
• receive geo-location data indicating a time-based series of geo-locations of the vehicle obtained via a geo-location sensor subsystem of the computing system;
• identify a pre-defined set of actuation events from among the time-based series of actuation events, the pre-defined set including two or more pre-defined actuation events performed sequentially in-time by the human operator within the time-based series of actuation events;
• identify a target geo-location of the vehicle from among the time-based series of geo-locations that is proximate in-time to the pre-defined set of actuation events;
• and
• associate the target geo-location with a data indicator within a database system, the data indicator attributing performance of the pre-defined set of actuation events by the human operator to a geotagging input by the human operator for the target geo-location.