The 2026 AI Index policy chapter reports that AI policy has expanded beyond regulation into government investment in infrastructure, data, talent, and models. More countries adopted formal national AI strategies during 2024 and 2025, with especially strong momentum among emerging economies; legislative activity also increased at every level. Advanced-model development and large-scale compute remain concentrated in a small number of countries, while governments increasingly pursue sovereign AI strategies. The report cautions that strategy counts measure published policy intent, not implementation success.[1]
For a lunar settlement, concentrated compute, model, and supply-chain capacity creates a strategic dependency risk: a small number of terrestrial jurisdictions could control the systems needed to operate life support, robotics, communications, and restoration archives. AI sovereignty—defined in the report as the capacity to make independent decisions across AI development, deployment, and governance—maps directly to the Ark’s need for locally survivable compute, validated models, protected datasets, and human expertise. A governance failure or geopolitical interruption on Earth could otherwise disable critical lunar functions or corrupt civilisational records.[1]
The Ark team should establish an AI continuity programme with three measurable objectives: maintain multiple independently reproducible model stacks; preserve training data, model weights, software, chips, and documentation in offline, geographically and politically diversified repositories; and require human-auditable fallback procedures for every AI-controlled life-support and industrial subsystem. Track national AI strategies, implementation evidence, export controls, compute concentration, standards, and sovereign-AI investments quarterly, distinguishing announced policy from operational capability. Build restoration protocols that can function without access to any single country, cloud provider, model family, or terrestrial network.[1]