  Starting from the idea of Quantum Computing which is a concept that dates
back to 80s, we come to the present day where we can perform calculations on
real quantum computers. This sudden development of technology opens up new
scenarios that quickly lead to the desire and the real possibility of
integrating this technology into current software architectures. The usage of
frameworks that allow computation to be performed directly on quantum hardware
poses a series of challenges. This document describes a an architectural
framework that addresses the problems of integrating an API exposed Quantum
provider in an existing Enterprise architecture and it provides a minimum
viable product (MVP) solution that really merges classical quantum computers on
a basic scenario with reusable code on GitHub repository. The solution
leverages a web-based frontend where user can build and select applications/use
cases and simply execute it without any further complication. Every triggered
run leverages on multiple backend options, that include a scheduler managing
the queuing mechanism to correctly schedule jobs and final results retrieval.
The proposed solution uses the up-to-date cloud native technologies (e.g. Cloud
Functions, Containers, Microservices) and serves as a general framework to
develop multiple applications on the same infrastructure.
