Why The Space Force Must Lead In AI Warfare
The post Why The Space Force Must Lead In AI Warfare appeared on BitcoinEthereumNews.com. President Trump meets with Space Force and national security officials in the Oval Office on Golden … More Dome. Reuters The dimensions of modern warfare have shifted so suddenly and in such a way that even our country’s newest service is neither preparing for nor even really thinking much about. Today’s battles are defined as much by interconnected networks and the software-driven systems on them as by the kinetic effects of traditional weapons. Futurists a generation ago envisioned a network-centric battlefield, but few could have predicted the sophistication of today’s adversaries or the complexity of the digital tactics they now employ. What was once academic theory is now battlefield reality and will determine the fate of not just a battle but the survivability of empires. To maintain superiority, the United States Space Force has no choice but to prioritize the development and integration of artificial intelligence (AI) as a core warfighting capability. AI is poised to transform warfare as profoundly as aviation was in the early decades of the 20th century. The Brookings Institution already finds that Generative AI is revolutionizing industries at a breadth and pace unseen since the Industrial Revolution, while more autonomous technologies are accelerating the determination of winners and losers from agriculture to transportation. The next stop is agentic AI: autonomous software systems capable of learning and operating independently. In military terms, these AI agents function as cyber warriors, battling for control in the digital realm. And while this might all sound madly futuristic, our adversaries are already developing, deploying, and testing such capabilities. The Space Force, the first digital service and one defined by software more than anything else, must conceive, develop, deploy, and command these AI agents across its entire space systems architecture, end-to-end. These agents must be integrated into every mission system tasked…
The post Why The Space Force Must Lead In AI Warfare appeared on BitcoinEthereumNews.com.
President Trump meets with Space Force and national security officials in the Oval Office on Golden … More Dome. Reuters The dimensions of modern warfare have shifted so suddenly and in such a way that even our country’s newest service is neither preparing for nor even really thinking much about. Today’s battles are defined as much by interconnected networks and the software-driven systems on them as by the kinetic effects of traditional weapons. Futurists a generation ago envisioned a network-centric battlefield, but few could have predicted the sophistication of today’s adversaries or the complexity of the digital tactics they now employ. What was once academic theory is now battlefield reality and will determine the fate of not just a battle but the survivability of empires. To maintain superiority, the United States Space Force has no choice but to prioritize the development and integration of artificial intelligence (AI) as a core warfighting capability. AI is poised to transform warfare as profoundly as aviation was in the early decades of the 20th century. The Brookings Institution already finds that Generative AI is revolutionizing industries at a breadth and pace unseen since the Industrial Revolution, while more autonomous technologies are accelerating the determination of winners and losers from agriculture to transportation. The next stop is agentic AI: autonomous software systems capable of learning and operating independently. In military terms, these AI agents function as cyber warriors, battling for control in the digital realm. And while this might all sound madly futuristic, our adversaries are already developing, deploying, and testing such capabilities. The Space Force, the first digital service and one defined by software more than anything else, must conceive, develop, deploy, and command these AI agents across its entire space systems architecture, end-to-end. These agents must be integrated into every mission system tasked…
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