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German startup Saxon Q has demonstrated a nitrogen-vacancy diamond quantum processor exceeding ten qubits with high fidelity at room temperature, leveraging sulfur-doped lattice engineering to stabilize NV centers without cryogenic cooling. While independent validation of performance metrics is still pending, this approach offers a distinct hardware pathway that could bypass the energy and infrastructure constraints currently limiting superconducting and trapped-ion systems. The technology represents a significant step toward practical quantum applications if scalability beyond current qubit counts can be achieved through material optimization rather than extreme thermal environments.