Neutral atom hardware has demonstrated rapid improvement in the past few years, and neutral atoms have emerged as an extremely promising platform for fault-tolerant quantum computing. This talk will begin with an overview of Atom Computing's current-generation hardware and a presentation of recent results demonstrating fault-tolerant quantum memories using schemes tailored to that hardware.We will then discuss the future of fault-tolerant computation using neutral atoms, focusing first on near-term advancements. Lastly, we will address long-term directions for neutral atom hardware and how to approach the challenges of designing such systems.