Method and system for pre-fetching and deploying microservices in vehicles

A method for identifying and preparing microservices for vehicles, the method comprising:

• receiving, by a server, a feature request from a computing device for a user-selected route between a source point and a destination point, wherein the feature request comprises vehicle details of a vehicle and place details corresponding to each of a plurality of places on the user-selected route, wherein the place details corresponding to each of the plurality of places are dynamically mapped to one or more of a plurality of feature identifiers (IDs) in a server storage;
• identifying, by the server, the one or more of the plurality of feature IDs and corresponding one or more of a plurality of feature details from the server storage, based on the feature request;
• transmitting, by the server, the one or more of the plurality of feature IDs and corresponding one or more of the plurality of feature details to the computing device, wherein each of the plurality of feature IDs is mapped to one or more microservice IDs in the server storage;
• receiving, by the server, a microservice download request from the computing device for retrieval of a set of microservice packages corresponding to a user selection of a set of feature IDs from the one or more of the plurality of feature IDs, wherein the microservice download request comprises the vehicle details and a set of microservice IDs of the set of microservice packages corresponding to the set of feature IDs;
• and
• transmitting, by the server, the set of microservice packages corresponding to the set of feature IDs to the computing device in response to the microservice download request.

A computing device for pre-fetching and deploying microservices in vehicles, the computing device comprising:

• a processor;
• and
• a memory communicatively coupled to the processor, wherein the memory stores processor executable instructions, which, on execution, causes the processor to:
• receive, in a vehicle, place details corresponding to each of a plurality of places on a user-selected route from a server, wherein the user-selected route comprises a source point and a destination point, and wherein the place details corresponding to each of the plurality of places are dynamically mapped to one or more of a plurality of feature identifiers (IDs) in a server storage;
• transmit a feature request to the server for identification of the one or more of the plurality of feature IDs and corresponding one or more of a plurality of feature details, wherein the feature request comprises vehicle details of the vehicle and the received place details;
• receive the one or more of the plurality of feature IDs and corresponding one or more of the plurality of feature details from the server in response to the feature request, wherein each of the plurality of feature IDs is mapped to one or more microservice IDs in the server storage;
• transmit a microservice download request to the server for retrieval of a set of microservice packages corresponding to a user selection of a set of feature IDs from the one or more of the plurality of feature IDs, wherein the microservice download request comprises the vehicle details and a set of microservice IDs of the set of microservice packages corresponding to the set of feature IDs;
• receive the set of microservice packages corresponding to the set of feature IDs from the server in response to the microservice download request;
• and
• manage deployment of a set of microservices corresponding to the set of microservice packages based on predefined criteria.

A server for identifying and preparing microservices for vehicles, the server comprising:

• a processor;
• a memory communicatively coupled to the processor, wherein the memory stores processor executable instructions, which, on execution, causes the processor to:
• receive a feature request from a computing device for a user-selected route between a source point and a destination point, wherein the feature request comprises vehicle details of a vehicle and place details corresponding to each of a plurality of places on the user-selected route, wherein the place details corresponding to each of the plurality of places are dynamically mapped to one or more of a plurality of feature identifiers (IDs) in a server storage;
• identify the one or more of the plurality of feature IDs and corresponding one or more of a plurality of feature details from the server storage, based on the feature request;
• transmit the one or more of the plurality of feature IDs and corresponding one or more of the plurality of feature details to the computing device, wherein each of the plurality of feature IDs is mapped to one or more microservice IDs in the server storage;
• receive a microservice download request from the computing device for retrieval of a set of microservice packages corresponding to a user selection of a set of feature IDs from the one or more of the plurality of feature IDs, wherein the microservice download request comprises the vehicle details and a set of microservice IDs of the set of microservice packages corresponding to the set of feature IDs;
• and
• transmit the set of microservice packages corresponding to the set of feature IDs to the computing device in response to the microservice download request.