Courier delivery service

A method comprising:

• receive, by a processor, a transport request of a pharmaceutical from a first device, the transport request including a first location, a second location, and a drop-off time;
• in response to receiving the transport request, activating a first validation of the transport request by searching a patient database and a prescription database, wherein a recipient at the second location must be a patient prescribed the pharmaceutical by a qualified prescriber;
• transmitting the transport request to a second device;
• conveying a first instruction to a first user of the second device based on the first location and the drop-off time;
• determining that a current location of a mobile container matches the first location to generate a first determination;
• based on the first determination, generating a first access code;
• transmitting the first access code to a third device;
• observing, at a code reader, the first access code;
• in response to observing the first access code, causing, at the processor, the mobile container to transition from a locked mode to an unlocked mode for the pharmaceutical to be placed inside the mobile container;
• in response to the pharmaceutical being placed inside the mobile container, transitioning from the unlocked mode to the locked mode;
• conveying a second instruction to the first user of the second device based on the second location and drop-off time;
• determining that a subsequent location of the mobile container matches the second location to generate second determination;
• determining that a current time matches the drop-off time to generate a third determination;
• based on the second determination and the third determination, generating a second access code, different from the first access code;
• transmitting the second access code the first device;
• observing, at the code reader, the second access code;
• and
• in response to observing the second access code, the processor causing the mobile container to transition from the locked mode to the unlocked mode for the pharmaceutical to be removed from the mobile container.

A system for delivering a pharmaceutical, the system comprising:

• a mobile container operable between an unlocked, open configuration and a closed, locked configuration;
• a location sensor coupled with the mobile container;
• a code reader coupled with the mobile container;
• a processor in communication with the mobile container, the location sensor, and the code reader;
• and
• a memory storing instructions, that when executed by the processor, configure the system to:
• receive a transport request of the pharmaceutical from a first device, the transport request comprising a first location, a second location, and a pick-up time;
• calculate an earliest drop-off time based on adding the pick-up time and a travel time from the first location to the second location;
• activate a first validation of the transport request by comparing a recipient of the pharmaceutical, a prescription of the pharmaceutical, and a qualified prescriber of the pharmaceutical with data found in at least a patient database and a prescription database;
• activate a second validation of the transport request by contacting the recipient of the pharmaceutical and the qualified prescriber of the pharmaceutical to confirm the transport request, wherein the first validation and the second validation activate in response to receiving the transport request;
• transmit the transport request to a second device;
• transmit a first instruction to the second device based on the first location and the pick-up time;
• determine a first current location of the mobile container matches the first location to produce a first determination;
• determine a first current time of the mobile container is within the pick-up time to produce a second determination;
• generate a first single-use access code based on the first determination and the second determination;
• transmit the first single-use access code to a third device associated with a pharmacy;
• observe, at the code reader, the first single-use access code;
• cause the mobile container to transition to the unlocked, open configuration;
• in response to receiving the pharmaceutical within the mobile container, transition the mobile container to the closed, locked configuration;
• transmit a second instruction to the second device based on the second location and the earliest drop-off time;
• determine a second current location of the mobile container matches the second location to produce a third determination;
• determine a second current time of the mobile container is at least equal to the earliest drop-off time to produce a fourth determination;
• generate a second single-use access code based on the third determination and the fourth determination;
• transmit the second single-use access code to the first device;
• observe, at the code reader, the second single-use access code;
• cause the mobile container to transition to the unlocked, open configuration;
• and
• in response to releasing the pharmaceutical from within the mobile container, transition the mobile container to the closed, locked configuration.