Overcoming Current Limitations

Current Quantum Internet architectures often replicate classical design choices, which constrain the exploitation of genuine quantum phenomena. QNattyNet addresses these limitations by rethinking network organization, enabling entanglement to play an active role in communication and coordination.

A New Paradigm: Quantum-Native Functioning

QNattyNet pioneers a paradigm in which quantum mechanics rules not only the information sharing, but also the very logic of the network itself. This native integration aims at unlocking new forms of communication and coordination beyond classical limits.

Development of an Open-Source Simulator

QNattyNet will develop software modules and libraries to support an open-source quantum network simulator. Thus, QNattyNet will provide the scientific community with a flexible environment for testing and evaluating quantum-native networking solutions.

Impact Towards Standardization and Real-World Application

By offering a hardware-agnostic and theoretically grounded framework, QNattyNet will contribute to emerging standards for quantum networking. This will help pave the way for real-world deployment of scalable Quantum Internet technologies.

the qnattynet project

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