Atom Computing and Nu Quantum have formed a partnership to develop scalable neutral-atom quantum computers by integrating them with photonic networking hardware. The collaboration aims to create photonic network switches, qubit-photon entanglement technologies, and distributed fault-tolerant computing architectures to connect multiple quantum processors. By combining their expertise, Atom Computing's neutral-atom quantum computing capabilities will be merged with Nu Quantum's quantum networking technology to advance scalable quantum computing. This integration is expected to support utility-scale quantum computing, enabling more complex computations and potentially rewriting the rules of cryptography1. The partnership's focus on distributed fault-tolerant computing architectures will be crucial in developing reliable and efficient quantum computers. This development matters to practitioners because it brings the industry closer to achieving scalable and reliable quantum computing, which could have significant implications for fields such as cryptography and optimization problems.