MINOAS envisions the design of reliable and flexibly scalable wireless system that supports high-speed communication (in the order of 100 Gbps to 1Tbps) with almost zero-delay by taking advantage of the optical spectrum for medium access and communication with the core network, pioneering technological approximations, such as meta-surfaces for ensuring uninterrupted communication in obstacle riddled environments, and machine learning based design of medium access, resource allocation and network administration techniques. For the realization of this vision, a novel system model will be developed and analyzed that will contain physical, MAC and RRM layer design considering the particularities of the optical band, a pioneering beyond Shannon theoretical framework will be extracted, and network machine learning methodologies will be proposed. These results are expected to “open the road” for the realization of novel highly capable 6G wireless system