Pentagon leaders say they’re serious about getting ahead in the artificial intelligence (AI) game, which increasingly could include the “games” involved in the modeling and simulation programs used for training. […]

The idea of a scorecard seems like a quaint notion, conjuring black and white photos of somebody’s grandad in a fedora, licking the pencil tip before recording the latest play at the old ballgame in his program.






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The Army’s work on the Internet of Battlefield Things (IoBT) is more than just a way to carve out a catchy name for the proliferation of smartphones, tablets, wearable devices, cameras and embedded devices that take the field with military forces. It also underscores the most important element of having those connected devices–the data collection and automated analytics capabilities required to make good use of the information they provide.






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A lot of the Army’s most high-profile modernization projects concern complex, expensive weapons systems that emerge from research and development, budgeting, and procurement process inside the halls of the Pentagon and other facilities and outside of the experience of most people. But some key elements of the Army’s efforts to keep pace with the demands of a changing world are so familiar to people at home, at work, or in a coffee shop that they take them for granted. An example of this is good, reliable Wi-Fi.






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The military’s use of unmanned, and even semi-autonomous aircraft has been extensive, but no one’s ever pretended that it would be as easy as point-and-click. That day could be getting closer however, as the Marine Corps recently demonstrated how autonomous helicopter flights could clear a few final hurdles and move towards more widespread military use.






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After years on the backburner, electronic warfare (EW) is moving up the ranks as an integral part of the Pentagon’s military focus. The Army last month received approval to move ground-based EW efforts into the Terrestrial Layer Intelligence System, joining cyber, signals, and other intelligence as part of the Multi-Function Electronic Warfare (MFEW) structure. The service wants to include airborne EW later this year.






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With the Internet for transportation, a lie can get all the way around the world before truth can blink itself awake. And that’s a challenge for those who seek to stem the proliferation of false information, be it accidentally misattributed quotes, political propaganda, or malicious “fake news.” Artificial intelligence can help combat the problem, by using machine learning algorithms to detect the patterns used in phony stories and ads designed to stir up fear or outrage, or, in the case of Russian disinformation, unsettle people’s faith in American institutions.






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The Army and Navy recently announced that their Cyber Mission Teams were fully operational, and the U.S. Cyber Command now has all of their planned complement of 133 teams in business. With its people (totaling more than 6,000 service members and civilians) in place, U.S. cyber forces can now look to machines to help carry out effective operations in the cyber domain.






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The Department of Defense (DoD) is cooking up big plans for blockchain technology, the digital ledger best known for its support of cryptocurrencies such as Bitcoin and Ethereum. The technology’s decentralized, encrypted approach holds promise for a variety of secure functions in addition to financial transactions, from cyber defense and distributed communications to protecting the digital supply chains used by deployed forces for 3D printing. A Navy officer on the Naval Innovation Advisory Council has written that blockchain could “revolutionize” the way military operations over the next decade.






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