Abstract: A computing system including a processor configured to receive, from a device, ride information associated with scheduling a ride to pick up a rideshare rider at a scheduled time; with or without user intervention, start to look, at a predetermined time prior to the scheduled time, for a candidate ride to pick up the rideshare rider at the scheduled time; without user intervention, book the candidate ride to pick up the rideshare rider upon determining that the candidate ride can pick up the rideshare rider at the scheduled time; determine occurrence of a potential failure associated with the candidate ride picking up the rideshare rider at the scheduled time; and without user intervention, book a replacement ride to pick up the rideshare rider upon determining that the replacement ride can pick up the rideshare rider at the scheduled time is disclosed. Various other aspects are contemplated.

Abstract: A computing system including a processor configured to receive, from a device, ride information associated with scheduling a ride to pick up a rideshare rider at a scheduled time; with or without user intervention, start to look, at a predetermined time prior to the scheduled time, for a candidate ride to pick up the rideshare rider at the scheduled time; without user intervention, book the candidate ride to pick up the rideshare rider upon determining that the candidate ride can pick up the rideshare rider at the scheduled time; determine occurrence of a potential failure associated with the candidate ride picking up the rideshare rider at the scheduled time; and without user intervention, book a replacement ride to pick up the rideshare rider upon determining that the replacement ride can pick up the rideshare rider at the scheduled time is disclosed. Various other aspects are contemplated.

Abstract: A computing system including a processor may receive, from a network device, a request for a ride at a scheduled time. The computing system may start to look for a candidate ride, to serve the received request, at a predetermined time prior to the scheduled time. The computing system may book the candidate ride to serve the received request upon determining that the candidate ride can serve the received request. The computing system may determine occurrence of a potential failure associated with the candidate ride serving the received request. The computing system may book a replacement ride to serve the received request upon determining that the replacement ride can serve the received request. Various other aspects are disclosed.

Abstract: A computing system including a processor may receive, from a network device, a request for a ride at a scheduled time. The computing system may start to look for a candidate ride, to serve the received request, at a predetermined time prior to the scheduled time. The computing system may book the candidate ride to serve the received request upon determining that the candidate ride can serve the received request. The computing system may determine occurrence of a potential failure associated with the candidate ride serving the received request. The computing system may book a replacement ride to serve the received request upon determining that the replacement ride can serve the received request. Various other aspects are disclosed.

Abstract: A system and method for providing a reliable rideshare scheduling service rideshare fault tolerant watchdog system that may be reliant on other on-demand rideshare facilities or underlying rideshare sub-systems.

Abstract: A system and method for providing a reliable rideshare scheduling service rideshare fault tolerant watchdog system that may be reliant on other on-demand rideshare facilities or underlying rideshare sub-systems.