Groove Quantum has successfully demonstrated an 18-qubit semiconductor spin-qubit processor, leveraging CMOS-compatible germanium-based qubits to facilitate scalable manufacturing using existing semiconductor infrastructure. This breakthrough is accompanied by a significant funding injection of €16 million, which will be utilized to scale up the company's quantum hardware platform and drive the development of larger qubit systems. The use of germanium-based qubits enables Groove Quantum to harness the capabilities of established semiconductor manufacturing processes, potentially accelerating the path to commercially viable quantum computing architectures1. As the company advances toward larger qubit systems, it is poised to make significant strides in the quantum computing landscape. The successful demonstration of the 18-qubit processor and the securing of substantial funding underscore the potential of Groove Quantum's approach, making it a notable player in the quantum computing sector, and thus, its progress is worth monitoring for practitioners and informed readers.