Systems and methods for travel planning that calls for at least one transportation vehicle unit

A computer-implemented method comprising:

• transmitting a travel plan to an end user device to facilitate an end user in travelling to a destination location from a starting location, the travel plan identifying multiple route legs, including a first route leg in which an end user travels from the starting location to a first rendezvous location using a first transportation service, and a second route leg in which the end user travels from the first rendezvous location to the destination location using a second transport service, the travel plan specifying at least one of a departure time for the second transportation service or an arrival time for the end user to arrive at the destination location;
• monitoring, during the first route leg, a location of the end user device relative to the first rendezvous location;
• determining, based on monitoring the location of the end user device, whether the end user is late for either the departure time from the first rendezvous location or the arrival time for the destination location;
• based on-determining that the end user is late, adjusting the travel plan by changing the first rendezvous location to a second rendezvous location;
• transmitting the adjusted travel plan to the end user device as the end user travels along the first route leg;
• based on the adjusted travel plan, monitoring the location of the end user relative to the second rendezvous location to determine when the end user is within a predetermined distance or travel time from the second rendezvous location;
• and
• based on determining that the end user device is within the predetermined distance or travel time from the second rendezvous location, directing a transportation vehicle unit to the rendezvous location of the adjusted travel plan, to provide the second transport service upon the end user's arrival.

A non-transitory computer-readable medium that stores instructions, which when executed by one or more processors of a computing system, causes the computing system to perform operations that include:

• transmitting a travel plan to an end user device to facilitate an end user in travelling to a destination location from a starting location, the travel plan identifying multiple route legs, including a first route leg in which an end user travels from the starting location to a first rendezvous location using a first transportation service, and a second route leg in which the end user travels from the first rendezvous location to the destination location using a second transport service, the travel plan specifying at least one of a departure time for the second transportation service or an arrival time for the end user to arrive at the destination location;
• monitoring, during the first route leg, a location of the end user device relative to the first rendezvous location;
• determining, based on monitoring the location of the end user device, whether the end user is late for either the departure time for the first rendezvous location or the arrival time for the destination location;
• based on determining that the end user is late, adjusting the travel plan by changing the first rendezvous location to a second rendezvous location;
• and
• transmitting the adjusted travel plan to the end user device as the end user travels along the first route leg;
• based on the adjusted travel plan, monitoring the location of the end user relative to the second rendezvous location to determine when the end user is within a predetermined distance or travel time from the second rendezvous location;
• and
• based on determining that the end user device is within the predetermined distance or travel time from the second rendezvous location directing a transportation vehicle unit to the rendezvous location of the adjusted travel plan, to provide the second transport service upon the end user's arrival.