Method and system for providing just-in-time (JIT) service to automotive users

A Point of Interest (PoI) service aggregator system for providing Just-In-Time (JIT) service to automotive users, the PoI service aggregator system comprising:

• a processor;
• and
• a memory communicatively coupled to the processor, wherein the memory stores the processor instructions, which, on execution, causes the processor to:
• receive a token request from an automotive user, wherein the token request comprises information related to the automotive user;
• generate a token number for the automotive user based on the token request;
• receive a service request from the automotive user using the token number, wherein the service request comprises one of:
• information related to a preferred PoI service provider, a request to recommend one or more PoI service providers, or a request to list one or more PoI service providers based on a user query;
• perform one of:
• dynamically on-boarding the preferred PoI service provider who is not a part of pre-registered JIT service providing network, dynamically providing a first list of one or more recommended PoI service providers to the automotive user, or dynamically providing a second list of one or more PoI service providers based on the user query, to the automotive user;
• receive an order of an item from a candidate PoI service provider, wherein the candidate PoI service provider is one of the preferred PoI service provider on-boarded to the JIT service providing network or a PoI service provider selected by the automotive user from the first list or the second list;
• establish a real-time synchronization between the candidate PoI service provider and the automotive user;
• enable, upon establishing the real-time synchronization, the candidate PoI service provider to dynamically determine arrival events including an estimated time of arrival and non-arrival events of the automotive user;
• and
• dynamically managing, by the PoI service aggregator system, preparation or cancellation of the order placed by the automotive user, to provide JIT service to the automotive user.

A non-transitory computer readable medium storing instructions for providing Just-In-Time (JIT) service to automotive users, wherein upon execution of the instructions by one or more processors, the processors perform operations comprising:

• receiving a token request from an automotive user, wherein the token request comprises information related to the automotive user;
• generating a token number for the automotive user based on the token request;
• receiving a service request from the automotive user using the token number, wherein the service request comprises one of:
• information related to a preferred PoI service provider, a request to recommend one or more PoI service providers, or a request to list one or more PoI service providers based on a user query;
• performing one of:
• dynamically on-boarding the preferred PoI service provider who is not a part of pre-registered JIT service providing network, dynamically providing a first list of one or more recommended PoI service providers to the automotive user, or dynamically providing a second list of one or more PoI service providers based on the user query, to the automotive user;
• receiving an order of an item from a candidate PoI service provider, wherein the candidate PoI service provider is one of the preferred PoI service provider on-boarded to the JIT service providing network or a PoI service provider selected by the automotive user from the first list or the second list;
• establishing a real-time synchronization between a candidate PoI service provider and the automotive user;
• enabling upon establishing the real-time synchronization, by the PoI service aggregator system, the candidate PoI service provider to dynamically determine arrival events including an estimated time of arrival and non-arrival events of the automotive user;
• and
• dynamically managing preparation or cancellation of the order placed by the automotive user, to provide JIT service to the automotive user.