Atom Computing develops gate-based quantum computers that use arrays of optically trapped neutral atoms as qubits. Its systems are designed to support large-scale quantum computing through features such as long coherence times, high qubit connectivity, and error-correction capabilities. The company’s technology relies on controlling neutral atoms with lasers, enabling the creation of scalable quantum architectures that can be expanded to support increasingly complex computational workloads. Atom Computing also provides commercial quantum computing platforms for researchers and organizations exploring quantum algorithms and applications. Its work focuses on advancing fault-tolerant quantum computing and developing systems capable of addressing scientific and industrial computing challenges.