Beijing's agenda for deep space exploration derives from sweeping and unchecked expansionist policies here on Earth, which could in turn drive the nature of deep space strategic competition. 2/8
Part of this competition will include the search for extraterrestrial life, an achievement that promises untold national prestige, and which will come to be focused on the ocean moons of our solar system. 3/8
Missions are currently under development to explore the Galilean ocean moon of Europa - @nasa Europa Clipper, a fly-by mission, and Europa Lander, which could entail drilling through the moon's icy surface and releasing an AUV into the ocean below. 4/8
Though a peaceful, collaborative, multinational approach to space exploration may be possible, we must be prepared for the possibility that the gray zone of autonomous undersea conflict could extend to Europa. 5/8
Enter the Atom-class XE, a Strikepod-enabled "Extraterrestrial Explorer" designed to explore watery moons while deterring and, if necessary, defending missions against adversary aggression. 6/8
Many, many thanks to @Flankerchan who really outdid himself with this project. 🙏
If you don't read the entire post, please do take a moment check out his design concepts. 7/8
The implications of DARPA's AlphaDogfight for air warfare are obvious. But what is perhaps not so obvious, yet equally significant, are the implications for undersea warfare.
[A thread.]
Last month, DARPA organized an aerial dogfight competition between AI systems operating virtual F-16s, the winner of which was selected to face off against a human pilot (flying a simulator). The winning AI, developed by @HeronSystems, subsequently defeated the pilot 5-0.
While the story has been "AI Defeats Human," the fact that different AI systems were able to out-think, outmaneuver, and defeat one another is just as significant an event, and should be of great interest to the undersea warfare community.