SkyWater and SQC Team Up to Revolutionize Hybrid Quantum Computing
A new partnership is shaping the future of quantum computing. SkyWater Technology and Silicon Quantum Computing (SQC) are working together to develop a hybrid architecture that combines quantum processing units (QPUs) with classical processors. The move signals a push toward more practical applications of quantum technology in mainstream computing.
Several major players, including IBM, Google, and Rigetti, are also advancing their own approaches to quantum and classical integration. Yet despite progress, significant hurdles remain before hybrid systems become widely viable.
The collaboration between SkyWater and SQC aims to bridge the gap between quantum and classical computing. Their hybrid architecture would allow certain workloads to be routed to QPUs, offering potential gains in performance or cost efficiency. This approach could eventually improve computational speed, reduce expenses, and strengthen supply chain resilience for businesses that adopt it.
SkyWater’s emphasis on a US-based supply chain also addresses concerns about geopolitical risks and global manufacturing dependencies. Meanwhile, other companies—such as IonQ, D-Wave, Microsoft, and Intel—continue to explore different paths in quantum computing, each with distinct designs for processors and integration methods.
Yet challenges persist before hybrid systems reach commercial readiness. Issues like high error rates, algorithm reliability, and the need for specialised infrastructure still pose obstacles. Security risks, skills shortages, and the complexity of integrating quantum and classical systems add further complications. Organisations will need to assess their readiness not just in quantum innovation but also in manufacturing and system integration.
To prepare for the shift, IT and cloud leaders are advised to start evaluating workloads that could benefit from quantum processing. They should also develop vendor strategies, plan architectural changes, and model costs and returns on investment. Those who take early steps may gain an advantage as hybrid computing becomes more practical.
The push toward hybrid quantum-classical systems is gaining momentum, with partnerships like SkyWater and SQC leading the way. While obstacles remain, enterprises that begin planning now—by assessing workloads, refining supply chains, and addressing integration challenges—will be better positioned as the technology matures. The eventual payoff could include faster computations, lower costs, and stronger competitive positioning for those who adapt early.
