Hendrik_2000
Lieutenant General
(cont)
Some AI is already on the battlefield. The F-35, one of America’s most advanced jet fighters, uses AI to evaluate and share radar and other sensor data among pilots, expanding their battlefield awareness. AI stitches together information and highlights what is likely most important to the pilot.
The more that AI advances, the more nimble these battlefield networks will become at combining machine and human intelligence, according to current and former defense officials. “The F-35 takes in infrared intelligence, radar intelligence, all sorts of stuff, and it fuses it right in front of the pilot’s eyes,” said Mr. Work. “The machine is doing all of that, and the pilot doesn’t have to ask the machine to do it.”
The Pentagon wants to equip soldiers on the ground with this technology. The U.S. Army is working on tactical augmented reality systems—sort of a Google Glass for war—using goggles or a visor that could display video from drones flying above, current position and enhanced night vision. AI-powered computing could add information about incoming threats, targets and areas that have to be protected.
At Marine Corps Base Quantico, the U.S. is testing conventional “Huey” helicopters outfitted with AI systems meant to enable pilotless flight for supply runs. PHOTO: U.S. NAVY PHOTO BY JOHN F. WILLIAMS/DVIDS
AI used by the U.S. military in its Project Maven system—the initiative that gave the Pentagon its “Aha” moment—can already find potential enemies in a crowd faster than trained intelligence analysts. At Marine Corps Base Quantico, the U.S. is testing conventional “Huey” helicopters outfitted with AI systems meant to enable pilotless flight for supply runs. AI-controlled aircraft might someday jam enemy air defenses. “This is going to change the way we fight wars,” Mr. Work said.
AI also could vastly improve the effectiveness of airstrikes, current and former U.S. officials said. A commander, Mr. Work said, could order an airstrike on an air defense installation and launch a cluster of missiles at the target. Artificial intelligence could give each missile a distinct role: One flying at the ideal altitude to get the best radar picture of the target, another climbing higher to force the installation’s radar to point skyward, and other missiles staying low and approaching from different directions, some serving as decoys others attempting a direct hit.
China is developing similar technology. In January, the country’s military TV network broadcast footage of researchers testing such “swarm intelligence,” which could eventually link dozens of armed drones into an automated attack force.
‘In hyperwar, the side that will prevail will be the side that is able to respond more quickly.’
In its unclassified budget for 2017, the Pentagon spent roughly $7.4 billion on AI and the fields that support it, such as big data and cloud computing, up from $5.6 billion in 2012, . This reflects only the known piece of AI defense spending; the Pentagon has additional spending that is classified. Defense officials say that the Pentagon is at work on a new AI strategy aimed at marshaling more resources.
Chinese spending on AI is even more difficult to track. Estimates for overall investment vary widely, though analysts agree that the number is rising quickly.
Some officials and analysts see excessive exuberance over AI in both China and the U.S. A daunting task still lies ahead for any military hoping to deploy AI: Winning a complex board game like Go is far different from winning on the constantly shifting terrain of a modern battlefield. “What will be difficult about conflict and warfare is that the rules are not well defined,” said Dr. Roper, who in late February became the Air Force’s new head of acquisition and technology. “As soon as the fight starts, everything changes.”
Some AI is already on the battlefield. The F-35, one of America’s most advanced jet fighters, uses AI to evaluate and share radar and other sensor data among pilots, expanding their battlefield awareness. AI stitches together information and highlights what is likely most important to the pilot.
The more that AI advances, the more nimble these battlefield networks will become at combining machine and human intelligence, according to current and former defense officials. “The F-35 takes in infrared intelligence, radar intelligence, all sorts of stuff, and it fuses it right in front of the pilot’s eyes,” said Mr. Work. “The machine is doing all of that, and the pilot doesn’t have to ask the machine to do it.”
The Pentagon wants to equip soldiers on the ground with this technology. The U.S. Army is working on tactical augmented reality systems—sort of a Google Glass for war—using goggles or a visor that could display video from drones flying above, current position and enhanced night vision. AI-powered computing could add information about incoming threats, targets and areas that have to be protected.
At Marine Corps Base Quantico, the U.S. is testing conventional “Huey” helicopters outfitted with AI systems meant to enable pilotless flight for supply runs. PHOTO: U.S. NAVY PHOTO BY JOHN F. WILLIAMS/DVIDS
AI used by the U.S. military in its Project Maven system—the initiative that gave the Pentagon its “Aha” moment—can already find potential enemies in a crowd faster than trained intelligence analysts. At Marine Corps Base Quantico, the U.S. is testing conventional “Huey” helicopters outfitted with AI systems meant to enable pilotless flight for supply runs. AI-controlled aircraft might someday jam enemy air defenses. “This is going to change the way we fight wars,” Mr. Work said.
AI also could vastly improve the effectiveness of airstrikes, current and former U.S. officials said. A commander, Mr. Work said, could order an airstrike on an air defense installation and launch a cluster of missiles at the target. Artificial intelligence could give each missile a distinct role: One flying at the ideal altitude to get the best radar picture of the target, another climbing higher to force the installation’s radar to point skyward, and other missiles staying low and approaching from different directions, some serving as decoys others attempting a direct hit.
China is developing similar technology. In January, the country’s military TV network broadcast footage of researchers testing such “swarm intelligence,” which could eventually link dozens of armed drones into an automated attack force.
‘In hyperwar, the side that will prevail will be the side that is able to respond more quickly.’
In its unclassified budget for 2017, the Pentagon spent roughly $7.4 billion on AI and the fields that support it, such as big data and cloud computing, up from $5.6 billion in 2012, . This reflects only the known piece of AI defense spending; the Pentagon has additional spending that is classified. Defense officials say that the Pentagon is at work on a new AI strategy aimed at marshaling more resources.
Chinese spending on AI is even more difficult to track. Estimates for overall investment vary widely, though analysts agree that the number is rising quickly.
Some officials and analysts see excessive exuberance over AI in both China and the U.S. A daunting task still lies ahead for any military hoping to deploy AI: Winning a complex board game like Go is far different from winning on the constantly shifting terrain of a modern battlefield. “What will be difficult about conflict and warfare is that the rules are not well defined,” said Dr. Roper, who in late February became the Air Force’s new head of acquisition and technology. “As soon as the fight starts, everything changes.”