Driver position monitoring system

A driver position monitoring system comprising:

• data processing hardware;
• and
• memory hardware in communication with the data processing hardware, the memory hardware storing instructions that when executed on the data processing hardware cause the data processing hardware to perform operations comprising:
• identifying, via a driver positioning algorithm, a driver profile associated with a driver of a vehicle;
• receiving, at the driver positioning algorithm, sensor data from a plurality of sensors within the vehicle;
• determining, based on the sensor data, a conditional performance of the driver, the conditional performance being fatigue of the driver corresponding to a maintained position of the driver for an extended period of time;
• generating, via the driver positioning algorithm, a recommendation based on the determined conditional performance of the driver;
• receiving, in response to the recommendation, an input from the driver;
• executing, in response to the input, a position change execution, the position change execution including one or more of a seating adjustment, a steering wheel adjustment, and a lumbar adjustment;
• and
• monitoring, via the driver positioning algorithm, the conditional performance of the driver.

A driver position monitoring system for a vehicle, the driver position monitoring system comprising:

• data processing hardware;
• and
• memory hardware in communication with the data processing hardware, the memory hardware storing instructions that when executed on the data processing hardware cause the data processing hardware to perform operations comprising:
• identifying, via a driver positioning algorithm, a driver profile associated with a driver of a vehicle;
• receiving, at the driver positioning algorithm, sensor data from a plurality of sensors within the vehicle;
• communicating, via the driver positioning algorithm, the sensor data with a back-office server, the sensor data including driver position data;
• analyzing, at the back-office server, the sensor data;
• determining, based on the sensor data, a conditional performance of the driver, the conditional performance being fatigue of the driver corresponding to a maintained position of the driver for an extended period of time;
• generating, via the driver positioning algorithm, a recommendation based on the determined conditional performance of the driver;
• receiving, in response to the recommendation, an input from the driver;
• executing, in response to the input, a position change execution, the position change execution including one or more of a seating adjustment, a steering wheel adjustment, and a lumbar adjustment;
• and
• monitoring, via the driver positioning algorithm, the conditional performance of the driver.