Method and system for system architecture technology recommendation

An architecture recommendation system (100), comprising:

• a processing module (104) comprising a plurality of hardware processors;
• and
• a storage medium (103) comprising a plurality of instructions, said plurality of instructions causing at least one of the plurality of hardware processors to:
• collect at least one user input with respect to an architecture requirement, by using an Input/Output (I/O) interface (101) of the architecture recommendation system;
• process the collected at least one user input, by using a recommendation engine (102) of the architecture recommendation system, by:
• generating an acyclic dependency graph based on a plurality of parameters and corresponding values extracted from the user input;
• determining and assigning weightage to each of said plurality of parameters;
• identifying at least one reference architecture that matches the architecture requirement specified in the user input;
• selecting a plurality of components to serve the architecture requirement, based on the identified at least one reference architecture;
• selecting a plurality of technologies for the plurality of components, based on inter-operability of the technologies;
• and
• generating at least one architecture recommendation, based on the selected components and technologies;
• and
• providing the generated at least one architecture as a recommendation, by using the I/O interface (101), in response to the architecture requirement specified in the user input.

One or more non-transitory machine readable information storage mediums comprising one or more instructions which when executed by one or more hardware processors cause:

• collecting (302) at least one user input with respect to an architecture requirement, via one or more hardware processors;
• processing the collected at least one user input, via the one or more hardware processors, comprising:
• generating (304) an acyclic dependency graph based on a plurality of parameters and corresponding values extracted from the user input;
• determining and assigning (306) weightage to each of said plurality of parameters;
• identifying (308) at least one reference architecture that matches the architecture requirement specified in the user input;
• selecting (310) a plurality of components to serve the architecture requirement, based on the identified at least one reference architecture;
• selecting (312) a plurality of technologies for the plurality of components, based on inter-operability of the technologies;
• and
• generating (314) at least one architecture recommendation, based on the selected components and technologies;
• and
• providing (316) the generated at least one architecture as a recommendation, in response to the architecture requirement specified in the user input.