China is featured in the Army’s next big emerging technology experiment

The Army will expand new technology experiments this fall, focusing on introducing more operators, more stealth aircraft, Navy Standard Missiles, new AI tools, and defeating high-tech enemies very similar to China. Place.

The Army will conduct a second project convergence experiment at Yuma Proving Ground, Arizona, while at several other locations from October 12 to November 9, Tobin Magsig, Co-Modernization Command Director of the Army. The Colonel told Defense One. Founded first last year, Project Convergence has become the Army’s largest technical combat experiment to test new artificial intelligence, autonomy, software tools, and even rapid software development on the battlefield.

It has also emerged as the most important US military experiment to test new concepts for interconnecting planes, drones, ships, and operators across battlefields and services. This is a broad initiative called Joint-All Domain Command and Control (JADC2). Unlike other experiments and wargaming exercises that test your current readiness level, Project Convergence finds targets by connecting people, vehicles, and weapons through massively interconnected sensing and shooting killwebs. The aim is to rapidly accelerate the Army’s ability to retrieve.

last year’s Experiment Improved data interconnection has been shown to significantly speed up operations and reduce target detection, identification, and firing time from 15 minutes to less than a minute. The key is to quickly share a lot of intelligence and target data with different weapons, vehicles, operators and more. However, experimental artificial intelligence, such as the Army’s FIRESTORM program, also fused that data, and which weapon or unit was the best choice for target retrieval.

This year’s experiment examines these same concepts, but “distances intentionally constructed to duplicate distances in INDOPACOM.” [Area of responsibility.]”Magsig said. Read it, Guam, various island chains and China. The experiment also looks at the ability of different platforms and operators to interact when technically advanced enemies are trying to block, intercept, or confuse signals.

Magsig did not mention China by name, but said the experiment would further test the military’s ability to break high-tech anti-access area denial defenses such as long-range missiles and effective electromagnetic interference. Own Much more than any other potential enemy in the Indo-Pacific region. Magsig called the ability to deny inaccessible areas the greatest military challenge in the Pacific.

Project Convergence 2021 focuses heavily on the actual operators who use the technology, not the scientists.

“That’s … about how this radically changes the way we fight in the future? So the operations unit actually comes in. I can sit and imagine, but actually the technology Put it in the hands of the soldiers and ask them to think about how this can be fought in the future. The results we get. [20]”21,” said General John Murray, head of the Army Futures Command, at this week’s Center for a New American Security event.

The Army’s 82nd Airborne Division and the newly established Multi-Domain Task Force will play a role. “There will be some navy off the Pacific coast of California,” Magsig said. The Navy will also participate from a facility in White Sands, New Mexico, launching Standard Missile 6 as part of the experiment. The Marines flew a stealth F-35 aircraft, and Magsig said he expected the Air Force to do so.

The· Shadow An air force base at Nellis Air Force Base in Nevada joined, and Magsig said it would help the Air Force inform how to develop an air force base in preparation for future conflicts.

In general, he said, this year’s experiments are exponentially larger than last year. He described last year’s event as “section level” with less than 10 active targets and active units at a time. “We will scale it up this year … to the company … [around 200] From the perspective of the target level and the level of autonomous, robotic, and semi-autonomous vehicles Human in a loop We ask FIRESTORM to direct and control the fire throughout the company-wide formation. ”

The Army also tests how well FIRESTORM can be used “in terms of its ability to interact and, in some cases, in terms of providing decisions regarding joint fire and joint airspace control.” He called it a “stretch goal”.

Perhaps most importantly, the experiment is to inform the military on how to integrate artificial intelligence programs and tools that compete between services and departments under combat conditions.

“The Army isn’t the only one digging into artificial intelligence and decision-making algorithms. In some cases, we find that the answer isn’t all in one algorithm … It turns out that interoperability is the best way to do it. Therefore, part of what we are experimenting with in the desert here is the left and right limits of each of these algorithms and which ones under different conditions and situations. It’s about showing if it’s optimal, “says Magsig. China is featured in the Army’s next big emerging technology experiment

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