9 septembre 2019 | International, C4ISR
By: Jill Aitoro
The Pentagon's needs one central hub to manage all of the data supporting artificial intelligence across the services — and the newly stood-up Joint Artificial Intelligence Center should be the entity to take that on, said Steve Walker, director of the Defense Advanced Research Projects Agency.
DARPA has funded foundational AI work for 56 years, now concentrating on what Walker calls third wave AI that focuses on human and machine interaction as well as building “trust and explainability” of the data, Walker said during a panel discussion at the Defense News Conference on Sept. 4.
“Everybody should own it, but I think there's a real need in [the Department of Defense] to understand how to do what we call AI engineering,” he said. “We can do the foundational part, the research, but who's going to manage the data? Who's going to update the data as it changes? Who's going to update the algorithms as the data changes?
"I know that the Joint AI Center has stood up in the department. I've encouraged them to take that on for all of DoD and all the services. I think that would be an excellent role for them.”
Established in June 2018, the Joint AI Center is an effort to accelerate the Pentagon's adoption and integration of AI at scale. As a center of excellence, Lt. Gen. Jack Shanahan, JAIC's director, said the organization was intended to expand beyond product delivery to include “strategic engagement and policy, plans and analysis, and intelligence and more.” It's been billed as a clearing house for organizing the DoD's thinking and projects related to AI.
That said, it's too soon to know whether JAIC will take Walker's advice and serve as a central manager of sorts for AI data; he did say leadership seemed “amenable” to the idea.
A centralized hub for data could also ease efforts underway by agencies. The Air Force has people plugged in with the JAIC effort, as well as DARPA and academic institutions. The service is starting an AI accelerator at the Massachusetts Institute of Technology, where members of the Air Force are embedding with the university's computer science and AI lab.
“We're trying to make it real, to take some of what Dr. Walker and his team had been working on and turn it into something that our airmen out in the field can use across the spectrum,” said Gen. Stephen “Seve” Wilson, Air Force vice chief of staff. “Whether you're logistics, whether you're an operator, whether you're space. I would make it real.”
At the end of the day, successful AI efforts are based on big data sets. Without that underlying data, the Pentagon is “building a house on sand,” said Juliana Vida, the chief technical adviser for the public sector at Splunk, Inc.
“If you don't get the foundation right, the input into the machine-learning algorithm is not going to be complete. It's not going to be correct. Even though it's not cool and it doesn't go bang and it's not sexy, the data is the underlying piece to all of these other technologies,” Vida said.
15 août 2022 | International, C4ISR
The Pentagon will use the software as part of its System for Insider Threat Hindrance, or 'SITH,' in another apparent military reference to Star Wars.
3 février 2022 | International, Aérospatial, Terrestre
TRANSCOM hopes a rocket cargo program could one day fly a C-17's worth of cargo to any spot in the world in an hour.
17 janvier 2019 | International, Aérospatial
By: Kelsey D. Atherton Eventually, the Shadow will come to pass. The Army is looking for replacements to the venerable drone, first flown in 1991, through its Future Tactical UAS program. In the nearly three decades since, every aspect of drone technology has seen some improvement, including materials used, sensors to communication hardware and software, and even the batteries that power those computers and sensors. The Army has also seen the limitations of what it can and cannot do with a drone that has to either operate from a runway or be launched from a rail and caught on a hook. Into this mix of requirements and new possibility flies the Resolute Eagle, made by PAE ISR, complete with an ad hoc network system from Persistent Systems. The Army is looking at a range of drones for possible Shadow replacement, and the Resolute Eagle will have to compete with designs as varied as Insitu's ScanEagle and Integrator, Martin UAV's V-Bat, Endeavor Robotics' Firstlook and SUGV, QinetiQ's Talon and Dragon Runner. This is a somewhat crowded field, and to compete in it Resolute Eagle has a VTOL model, which essentially grafts booms with rotors to the drone's wings, allowing it to take off and land like a quadcopter. The VTOL configuration is listed as having 12 hours of endurance, compared to 18 hours for the purely fixed-wing version, and the booms are detachable, giving some flexibility when forward deployed. “Our reconfigurable platform (from fixed wing to VTOL), large payload capacity, and reduced ground support equipment requirements offers significant mission flexibility, both as a Shadow replacement for BCT expeditionary forces and as a complement to the existing platforms currently in use for military and civilian uses,” said Beth Beach, vice president of business development at PAE ISR. Besides military customers, PAE ISR is targeting the Resolute Eagle at a broad range of law enforcement, the Department of Homeland Security, humanitarian and commercial missions, according to Beach. Its ISR abilities could be used for pipeline and railway inspection, as well as evaluating the area after a natural disaster and looking for people in search and rescue. Key to this is an ability to operate beyond line of sight through satellite communications. Relying on satellites is a safe bet for civilian applications going forward, but across the Pentagon people are looking for other ways to retain or set up communications networks on the battlefield in the event that the satellite communication becomes untenable. One way to ensure communication via drones is equipping the drones with tools for an ad hoc network. For the Resolute Eagle, that comes in the form of Persistent Systems' MPU5 Wave Relay mobile ad hoc networking (MANET). “The beauty of the MANET is that it can be setup and deployed with ease,” said Robert Regan, sales engineer at Persistent Systems. “Users can leave and enter the network seamlessly due to its self-healing and self-forming nature. When dealing with RF it is important to remember that every use case is different. So when dealing with distances there are lots of variables that can affect distance: RF environment, terrain, frequency band selected and antenna selection, just to name a few. With our auto-tracking antenna system we have reached out to UAV's at 130 miles.” This MANET is platform agnostic, and could operate not just from Resolute Eagle drones, but from multiple drones, ground robots, and in systems carried by people on foot. To keep the communication secure, MPU5 radio operates with AES 256-bit Suite B encryption, ensuring that only those with the right decryption tools (or the proper key) can access it. As the Army looks for its Shadow replacement, the capabilities on offer are what's most compelling, since they suggest the full range of possibility for a new mid-sized tactical drone. Crossing over from offering to contract is a not insignificant task, and in November 2018 US Naval Air System Command awarded PAE ISR a $173 billion contract for ISR services by Resolute Eagle. https://www.c4isrnet.com/unmanned/2019/01/16/resolute-eagle-brings-ad-hoc-networks-to-the-shadow-fight