Radiation-Resistant Storage Unlocks AI Computing in Orbit

As AI workloads move to space, storage has emerged as the critical bottleneck—traditional NAND flash cannot survive extreme orbital radiation. Georgia Tech's breakthrough in ferroelectric NAND memory, capable of withstanding 30 times more radiation than conventional storage, removes a fundamental barrier to orbital AI infrastructure. This enables satellites to process data directly in space rather than relying on limited Earth downlinks, transforming how space-based computing operates.