https://www.edge-ai-vision.com/2024/09/brainchip-demonstration-of-llm-rag-with-a-custom-trained-tenns-model/, page-38

https://www.boozallen.com/markets/space/generative-ai-is-now-in-space.html?cid=CO1-CH3-RF30-----449&dysig_tid=b150de189756448bb2d063a80bed0da4&dsuserid=785555&dsuserchannelid=83798&dsuserchanneltype=LinkedIn&dspostid=1474dad3-b9fc-4744-85f2-7a5431fa5a47

I think you need to raise your ambition as amazing as these applications are we need to look much further afield:

“The main benefit is autonomy. Generative AI can enable spacecraft—and their onboard human operators, if they are manned—to be far more self-sufficient. Today, much of the information that spacecraft need to perform their missions is conveyed remotely, via communications links from ground stations or control centers.

Consider a maintenance manual. Enabling an onboard LLM to assist astronauts directly—without the need for directions to be transmitted to astronauts through communications links—delivers greater autonomy to that crew.

Such autonomy becomes even more important when the information needed is highly sensitive or urgent for real-time operations. For example, what if a satellite is performing a national security mission and requires instructions on how to process certain signals or imagery data it has just collected or on how to act on that information? What if the communications between a satellite and ground station are vulnerable to compromise in a contested environment?” P

My opinion only DYOR

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