Abstract: A method of managing student arrival and student dismissal is executed within a remote server as the remote server is communicably coupled with at least one automobile identification (AI) device. The AI device scans an incoming vehicle in order to identify at least one authorized profile. The authorized profile is assigned to a student profile and recognize as one of the driver profiles within the remote server. Upon validation of the authorized profile, the remote server generates an updated instruction that includes at least one student management instruction and at least one additional instruction that are accessed and defined by parent profiles or faculty profiles. Then the updated instruction is sent from the remote server to a selected computing device so that the student arrival and student dismissal can be processed.

Abstract: A method of managing student arrival and student dismissal is executed within a remote server as the remote server is communicably coupled with at least one automobile identification (AI) device. The AI device scans an incoming vehicle in order to identify at least one authorized profile. The authorized profile is assigned to a student profile and recognize as one of the driver profiles within the remote server. Upon validation of the authorized profile, the remote server generates an updated instruction that includes at least one student management instruction and at least one additional instruction that are accessed and defined by parent profiles or faculty profiles. Then the updated instruction is sent from the remote server to a selected computing device so that the student arrival and student dismissal can be processed.