Context-based vehicle idling detection system

A system comprising:

• a memory;
• and
• at least one hardware processor to perform operations comprising:
• monitoring engine operational data from a vehicle, the engine operational data indicating a vehicle idling state;
• determining that a parameter of the vehicle idling state exceeds a threshold value, the parameter including a duration of the vehicle idling state;
• responsive to determining that the parameter of the vehicle idling state exceeds the threshold value, triggering acquisition of contextual data associated with the vehicle, the contextual data including an environmental factor and auxiliary equipment operation status;
• analyzing the contextual data to determine an operational condition;
• categorizing the vehicle idling state based on the determined operational condition;
• generating, based on the categorizing, a report that includes the categorization of the vehicle idling state and the operational condition, the report comprising a visualization that indicates a total idle time value and an idle time percentage for a selected time period;
• and
• causing display of the report via a user interface.

A non-transitory machine-readable storage medium comprising instructions that, when executed by one or more processors of a machine, cause the machine to perform operations comprising:

• monitoring engine operational data from a vehicle, the engine operational data indicating a vehicle idling state;
• determining that a parameter of the vehicle idling state exceeds a threshold value, the parameter including a duration of the vehicle idling state;
• responsive to determining that the parameter of the vehicle idling state exceeds the threshold value, triggering acquisition of contextual data associated with the vehicle, the contextual data including an environmental factor and auxiliary equipment operation status;
• analyzing the contextual data to determine an operational condition;
• categorizing the vehicle idling state based on the determined operational condition;
• generating, based on the categorizing, a report that includes the categorization of the vehicle idling state and the operational condition, the report comprising a visualization that indicates a total idle time value and an idle time percentage for a selected time period;
• and
• causing display of the report via a user interface.