Neutral-atom quantum computing is poised for significant advancement, driven by a newly published industry-wide roadmap1. This collaborative effort, spearheaded by researchers from top universities, national laboratories, and quantum technology companies, outlines the crucial scientific and engineering milestones required to scale neutral-atom quantum computers for practical use. Key priorities include developing larger qubit arrays, integrated photonics, and robust quantum error correction mechanisms. Additionally, the roadmap emphasizes the need for standardized software, networking protocols, and benchmarks to ensure reliable and fault-tolerant operation. By addressing these challenges, researchers aim to unlock the full potential of neutral-atom quantum computing, paving the way for groundbreaking applications in fields like cryptography and simulation. This development matters to practitioners because it has the potential to fundamentally reshape the compute landscape, forcing a reevaluation of existing cryptographic protocols and computational assumptions.