U.S. Government Releases New AI Security Guidelines for Critical Infrastructure

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  13 septembre 2018 | International, Terrestre

  Estonia eyes mid-range air defense systems to rectify NATO ‘oversight’

  By: Aaron Mehta WASHINGTON — Estonia's military is prioritizing the purchase of a midrange air defense system as the country seeks to plug a capability gap its defense minister called the result of a “total oversight” by NATO. During a Washington trip to attend Sen. John McCain's funeral, Estonian Defence Minister Jüri Luik told Defense News that NATO made a strategic mistake in the years following the collapse of the Soviet Union by not building up air defense capabilities, outside of rotational deployments of aircraft. “For a long time, there was no consideration that you would actively have to close the airspace at some point. So NATO countries have very weak air defense capabilities,” Luik said. “I think this is one of the priority systems, or priority areas, which every [one of the allied] countries should develop.” “I have to say with sadness that very few NATO countries actually have proper air defense capabilities. That is one of the areas which was gravely mismanaged, or was not under any attention,” he added. “I think that was a total oversight. But, of course, it was based on the idea that the era of big power tensions is over.” Luik hopes to put Estonia's money where his mouth is. The country in June signed an agreementwith MBDA to purchase more Mistral short-range air defense weapons, but has its eyes on adding another layer of protection. The country is looking at procuring a medium-range air defense system, similar to the Kongsberg network-centric air defence system, or NASAMS, purchased by Lithuania, which is also in use by Finland. While not declaring Estonia would also go after NASAMS, Luik acknowledged that regional air defense systems “should be as close as possible coordinated” with neighborhood countries. However, such a system is “the only step which is even theoretically available to our country with our defense spending,” Luik said, even if the upcoming March elections lead to a government willing to increase defense spending to about 2.5 percent of gross domestic product. (At the worst, Luik predicts, defense spending would remain flat.) Full article: https://www.defensenews.com/global/europe/2018/09/12/estonia-eyes-mid-range-air-defense-systems-to-rectify-nato-oversight

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  3 décembre 2021 | International, C4ISR, Sécurité

  Defense Innovation Unit publishes ethical AI guidelines

  The Defense Innovation Unit now has its own guidelines for implementing the Pentagon's principles of ethical artificial intelligence use.

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  17 juin 2019 | International, Aérospatial

  GE Sees Military as Driving Next-Gen Technology

  John Morris PARIS - “Military is where the commercial business was 10 years ago,” says GE Aviation president and GEvice chairman David Joyce. With commercial now set after a decade of renewal (the CF6 replaced by the GEnx, GE90 by GE9X, CFM56 by Leap, CF34 by Passport, and the emergence of the Catalyst turboprop engine), hundreds of engineers and research and development resources are being tasked with creating future generations of military powerplants. Now that the commercial side has proved that new materials such as ceramic matrix composites and technologies such as additive manufacturing are viable, affordable and producible, the military has the confidence to lead the march into new territory. Technologies developed for commercial engines have enabled new military capabilities; in turn, military research and development will enable even newer commercial engines decades into the future. It's a virtuous cycle, Joyce explains. GE is on a roll: it has won the U.S. Army's ITEP competition to replace all T700 engines in Black Hawk and Apache helicopters with the ultra-fuel-efficient single-shaft ITEP next-gen helicopter engine, and it won contracts worth a billion dollars to develop its AETD three-stream adaptable fighter engine as far as demonstrating it on the ground in an F-35. Flight tests could follow, as could eventual reengining of the F-35 fleet. But in any case, GE will be ready with an engine for sixth-generation fighters. In addition, the ubiquitous F404/F414 is being upgraded and continues to win new competitions, including the USAF's new Boeing-Saab T-X trainer and several foreign future fighter programs; the T408 turboshaft powers the new Sikorsky CH-53K King Stallion; and a team is working full time on competing to reengine the B-52 bomber. Business is growing “at really good rates” on both manned and unmanned “black” programs, says Joyce, and hybrid electric is being studied for future applications including UAVs, he adds. He believes GE already has the enabling technologies for the next decade, “but industrializing them is a different thing.” The company has already invested “billions of dollars” in developing a manufacturing and supply chain of materials and technologies for its commercial engines, and this will continue, “Additive manufacturing may be the most disruptive technology that I've seen in the industry in a long time,” says Joyce, “as it opens up a space for designers and for manufacturing that is on a different dimensional plane. It takes a long time to learn how to design with additive. It takes even longer to learn how to manufacture with additive at speed and high rate from a quality standpoint of view. “We are jumping in with both feet because the results on the back end when you get it right are extraordinary,” he adds. “It's going to pay off a whole load more in the next 20 years. This is going to be the best [real return on investment] that we've ever done.” https://aviationweek.com/paris-airshow-2019/ge-sees-military-driving-next-gen-technology