Trapped-ion quantum computing stands out as a prominent approach in the field due to its exceptional gate fidelity and prolonged coherence times, making it a strong contender for fault-tolerant computing. Quantinuum, IonQ, and Universal Quantum are among the companies driving innovation in this area, focusing on enhancing scalability and reducing hardware complexity1. The trapped-ion modality boasts advantages in qubit connectivity and error rates, although it faces hurdles related to operational speed and large-scale expansion. As these companies push the boundaries of trapped-ion quantum computing, they are poised to reshape the landscape of computation and cryptography. The advancements in this field have significant implications for practitioners, as they challenge existing assumptions about the limitations of computing and cryptography, so what matters most is how these developments will ultimately impact the security and efficiency of sensitive operations.