Not Thinking Like Humans: Onboard AI Solves Narrow Spaceflight Bottlenecks

TL;DR
Space AI today is largely about narrow, onboard software that solves physical bottlenecks—limited bandwidth, long Earth–space delays, and huge data volumes—rather than machines reasoning like humans. Examples include Curiosity’s AEGIS selecting laser targets with about 93% accuracy, ESA’s OPS-SAT SmartCam achieving ~95% accuracy and built by a single engineer in under two weeks, and the Φ-Sat-1 onboard neural network that filters clouded images to save downlink bandwidth. Larger constellations use autonomous collision avoidance, but the core idea remains: real autonomy is a collection of bounded, practical fixes rather than broad machine judgment.
- AI actually flying on spacecraft today is a narrow fix for one physical problem, not machine judgment: a Mars rover picks its own laser targets with 93 percent accuracy, and one satellite's entire first AI experiment was built by a single engineer in under two week Space Daily
- AI breakthrough: Why life on the Moon and Mars could happen much sooner Futura, le média qui explore le monde
- Legacy Technologies Revive in Modern Industries 조선일보
- Can AI Command Earth-to-Orbit Operations? eetimes.com
- Building space in the AI era. CyberWire
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