
    Given multiple sequences of sensor readings from different public transit vehicle components, determine the component with the fewest recorded measurements to identify potential data collection issues or sensor malfunctions. Each component's measurements are stored as a list within a main list, where the length of each inner list represents the number of successful readings collected for that specific component.
    

    
def Find_Min_Length(lst):
    """
    Given multiple sequences of sensor readings from different public transit vehicle components, determine the component with the fewest recorded measurements to identify potential data collection issues or sensor malfunctions. Each component's measurements are stored as a list within a main list, where the length of each inner list represents the number of successful readings collected for that specific component.
    

    """
def Find_Min_Length(lst):
    """
    Given multiple sequences of sensor readings from different public transit vehicle components, determine the component with the fewest recorded measurements to identify potential data collection issues or sensor malfunctions. Each component's measurements are stored as a list within a main list, where the length of each inner list represents the number of successful readings collected for that specific component.
    

    """
    minLength = min((len(x) for x in lst))
    return minLength