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Artificial Intelligence Under Evaluation by Space Force for Operational Automation; Further Expansion in Sight

Space Force Trials Autonomous Command Software on Test Satellites, Streamlining Tasks for Ops Teams.

Space Force Equips Test Satellites with Innovative Command and Control Software, streamlining...
Space Force Equips Test Satellites with Innovative Command and Control Software, streamlining certain tasks for ground staff via automation.

Artificial Intelligence Under Evaluation by Space Force for Operational Automation; Further Expansion in Sight

Laid-Back Take on Space Force's R2C2:

Hey there! Let's dive into the latest buzz in space ops - the Space Force's new toy, R2C2, or Rapid and Resilient Command and Control. This bad boy is here to streamline and beef up the command and control software for those nifty satellites of theirs.

Kelly Hammett, head honcho at the Space Rapid Capabilities Office, reckons automation is the bee's knees for space dominance. "Automate the front end of kill chains" he said, especially when it comes to spotting threats from here to Timbuktoo. Why? Well, because speed is everything in this game, and old-school human intervention just won't cut it due to the sheer speed and scale at stake.

R2C2's coming in hot, and it's already working wonders. Hammett's team's been pouring resources into it since they roped in 20 primo companies to work on it earlier this year. Already, they've got this baby collaborating with flying satellites at the Innovation and Prototyping Acquisition Delta. The goal? To fly experimental satellites way beyond Delta 9's orbital warfare delta and eventually, all the flying systems.

Now, R2C2's all about dynamic space operations. That means it helps satellites zip outta harm's way, gather data, hook up for a refuel, and so on. With more satellites in orbit than ever before, collisions and adversarial threats are a growing concern. But R2C2 can handle that, especially as the number of satellites begins to outshine the ops crews.

"R2C2 is equipped to automate mission planning," Hammett explained. "You can schedule out contacts or conjunction maneuvers in an automatic sequence. Run various scenarios, pick your favorite, and press a button. It'll upload a mission profile that takes care of the show."

The National Reconnaissance Office's also hopping on the automation train. T.J. Lincoln, a bigwig in the NRO's Mission Operations Directorate,'s been pushing for automation for years. "Any task I can automate in a day of operations, it's absolutely essential," he said. "We've already slimmed down from 17 crew members to three operating an entire constellation – it's pretty impressive. So automation is vital today."

While it's the Space Force commanders who are leading the charge on AI and automation, other solutions are already delivering serious benefits. Lt. Gen. David N. Miller Jr., boss of Space Operations Command, champions leveraging "all machine learning capabilities" and smartly integrating AI tools when they're ready. Brig. Gen. Anthony J. Mastalir, head of Space Forces Indo-Pacific, is experimenting with AI products and has been indirectly using them in operations.

Chief of Space Operations Gen. B. Chance Saltzman sees AI's potential in space domain awareness. "There's so much data that our analysts are swamped anyway. But imagine a system that processes this data, identifies high priority items, structures the data in a manageable format – helping operators make smarter, faster decisions. That's the AI we're after."

So there you have it – the Space Force's rough and tumble moves to enhance command and control, driven by automation and AI. The talent pool on the AI side may be hotter than a habanero pepper, but the R2C2 tech is making serious strides. Here's to a safer, better-connected, and more hustling satellite city in the future!

Noteworthy mentions:

  • The Stalwart R2C2: Rapid and Resilient Command and Control, or R2C2, is the latest venture by the U.S. Space Force to advance command and control capabilities for their satellites. The software employs artificial intelligence to automate various operations, furthering its goal of enhancing the speed and resilience of its satellites in the competitive cosmic arena.
  • Space-Aged Longevity: The R2C2 technology comes as the Space Force expects to see rapid growth in the number of satellites in orbit. To handle this surge and mitigate the increasing risk of collisions and malicious threats, the Space Force is investing in automation technologies like R2C2.
  • AI Driving the Space Force: Automation and artificial intelligence are gaining prominence in the day-to-day workings of the Space Force. With AI tools expected to play a critical role in areas like space domain awareness, the Space Force is working to incorporate them to make processes more efficient and smarter.

Sources:- Space News- US DOD- CNBC- Space Force FY 2022 Budget Justification

Categories: Space Technology, Artificial Intelligence, Automation, Defense, Data Processing, Predictive Analytics, Orbital Threats, Constellations, Longevity, Space Operations, Space Force

  1. The Space Force's new tool, R2C2, is designed primarily for the defense of space warfare, utilizing satellite technology and artificial intelligence to enhance command and control capabilities.
  2. The Pentagon is investing heavily in R2C2 as part of a broader effort to accommodate the anticipated growth in the number of satellites in orbit, addressing concerns about collisions and malicious threats.
  3. In addition to R2C2, automation technologies are increasingly being integrated into the Space Force's day-to-day operations, with AI playing a crucial role in domains like space domain awareness.
  4. Space Force commanders are aggressively pursuing advancements in AI and automation, recognizing their potential to streamline processes, improve efficiency, and make smarter, faster decisions.
  5. As part of the Space Force's technological evolution, the use of AI and automation is not limited to the commanders; other solutions are already demonstrating significant benefits across various aspects of space operations and warfare.

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