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  March 3, 2024 | International, Aerospace

  Singapore's air force to add more stealth fighters as it phases out older jets

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  September 24, 2018 | International, C4ISR

  New head of Strategic Capabilities Office wants to focus on AI

  By: Aaron Mehta WASHINGTON — The Strategic Capabilities Office is under new management, and its new director intends to doubledown on the agency's emphasis on artificial intelligence. In his first interview since taking over the office, Chris Shank, the new SCO director, made it clear he sees artificial intelligence as a sweet spot for his office. Roughly one third of SCO projects deal with autonomous systems, machine learning or AI in some way, Shank said, including long-range fires programs, cyber programs and some assorted with special forces. Shank is the the group's second leader, following Will Roper, the office's founder who is now the Air Force's top civilian acquisitions official. But don't expect major changes in how the office works. “My job is to keep momentum going,” Shank explained. “It's a very high ops tempo group that [Roper was] able to recruit and attract into the office, in terms of working synergistic teams around that. What I am trying to do is take it from a startup organization to a long-term sustainable one.” Although they share some DNA, the SCO's mission is different from that of the Pentagon's technology office, the Defense Advanced Research Projects Agency. Where the latter is focused on finding and prototyping the game-changing technologies for future battles, the SCO is trying to understand existing needs and address them in new ways. Getting those projects from tests to prototype to a tool used by the services remains a central challenge, Shank acknowledged, but he said that is one of the office's core function. “Where SCO lives is the valley of death,” Shank said, referencing a term for when technologies infamously tend to fail. The SCO had been reporting directly to the Secretary of Defense, but under the Pentagon's recent reorganization, it now reports to Undersecretary of Defense for Research and Engineering Mike Griffin. Shank acknowledged the importance of coordination within that office, particularly with AI, which now has a number of different centers of gravity within the Pentagon – a $2 billion push by DARPA, an AI center under Chief Technical Officer Dana Deasy, a directorate under the R&E enterprise, as well as various service-level initiatives. The R&E enterprise has weekly meetings to deconflict investments in AI, Shank said, emphasizing the different business models and goals between the groups. Shank described two programs — each named after pieces of the Iron Man movie mythos — as examples of how SCO can use AI to assist the services in the near-term. Paladium is a broader Navy logistics effort, which involves “smart sustainment” in support of fourth-generation fighter aircraft. A sub project for that is JARVIS, which involves putting a robotics suite out into the field with maintainers that can scan existing parts and quickly re-manufacture them. Shank said the office identified two parts that would require around 2,000 man hours to build out; JARVIS should be able to quickly recreate those, saving both time and the potential errors that come from human-machined pieces. Perhaps those projects aren't as shiny as some of SCO's other programs, such as the Perdix drone-swam, but finding areas where AI can be injected onto existing system and where “the human brain doesn't have to work” as hard will have benefits across the Pentagon, Shank said. The office is primarily focused on the Indo-PACOM and European Command theaters, Shank said. However, he expects to soon provide an update on the Sea Mob/Ghost Fleet initiative, which involves converting existing naval vessels into unmanned systems. He also indicated that there would be unmanned projects in air and land that are unveiled in 2019. One looming cloud for the office: an attempt earlier this year by members of the House Armed Services Committee to kill the SCO by 2020. However, when asked if he was concerned about that proposal, Shank flatly said “no.” He traveled to the Hill shortly after taking office to address that specific issue. In describing the conversation with lawmakers, Shank said, “'I know this wasn't your intent, but this impacted both morale and my ability to recruit talent into the organization,'” he said, “and they [said] ‘that wasn't our intent.'” The SCO is working on a report for Congress on the future of the organization. https://www.defensenews.com/pentagon/2018/09/21/new-head-of-strategic-capabilities-office-wants-to-focus-on-ai

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  June 19, 2019 | International, Aerospace

  US Navy awards contract to Raytheon for precision landing systems

  The US Navy has awarded a $234m initial low-rate production contract to Raytheon to manufacture 23 joint precision approach and landing systems (JPALS). The global positioning system (GPS) enabled precision landing systems will be outfitted on all of the navy's nuclear-powered aircraft carriers and amphibious assault ships. JPALS has the capability to guide aircraft to precision landings in all weather and surface conditions. The US Marine Corps' F-35B Lightning II fighter aircraft use Raytheon's JPALS to land on USS Wasp amphibious assault ship. Raytheon Intelligence, Information and Services business vice-president Matt Gilligan said: “The US Navy understands how JPALS contributes to their mission success and safety of its people. “Other military services could also benefit from the system's ability to safely land both fixed and rotary-wing aircraft in almost any low-visibility environment.” Last year, the F-35B pilots began using the system to guide them onto USS Wasp during a deployed operation. In April this year, Raytheon demonstrated land-based deployable version of the JPALS system. The version is designed to provide the same precision capability offered in ship-landings. As part of the demonstration, F-35B pilots used the GPS-based system on the jet to connect with the expeditionary system on the ground from 200nm away. Raytheon used the proof-of-concept event to showcase how the JPALS system could be reconfigured into a mobile version to guide aircraft to land in a traditional airport setting. The expeditionary JPALS version currently fits in five transit cases. The company noted that the system could be repackaged for small, transit vehicles that are transportable by C-130. It can be set up in less than 90 minutes, once on the ground. The technology will help US Air Force pilots to perform landings on austere runways in remote regions. https://www.naval-technology.com/news/us-navy-awards-contract-to-raytheon-for-precision-landing-systems/