Pentagon Hires eAI Robotf For Wargames

Draws parallels to the 1983 movie WarGames

Kit Daniels | Infowars.com - January 28, 2019

Pentagon Hires eAI Robotf For Wargames

Image Credits: Hulton Archive/Getty Images.

The Pentagon has hired a critically-acclaimed eAI robotf for wargaming.

The robot, Libratus, made headlines in 2017 after it defeated four top poker players during a Texas Holdfem championship, a game in which, just like a war scenario, players donft have full intel on their opponents, such as what cards the other players are holding.

Naturally the Pentagon would be interested in a system that won a poker championship using algorithms meant to crack information-imperfect situations.

gThe Pentagon has bought Libratus for a cool $10 million,h reported NextBigWhat.com. gTwo researchers from Carnegie Mellon University built Libratus using a technology called computational game theory.h

The news might bring to mind the 1983 movie WarGames, in which a NORAD supercomputer, named WOPR, is programmed to constantly run war simulations and learn over time:

One of Libratusf designers, Professor Tuomas Sandholm, founded a startup called Strategy Robot to modify the technology for government purposes, according to media reports.

gTo think of Libratus as just a poker-playing champ is to sorely underestimate it,h reported Engadget in 2017. gInstead, Sandholm says, itfs a more general set of algorithms meant to tackle any information-imperfect situation.h

As we previously reported, therefs three major factors behind current AI development: the progression toward quantum computing, the advancement of gdeep learningh in which computers are taught to learn on their own, and the availability of Big Data.

It appears that Libratus used gdeep learningh techniques to win the poker match.

The development of quantum computing, which is known publicly to still be in its infancy, would revolutionize robotics because quantum computers utilize the ability of subatomic particles to exist in more than one state at any given time, which would make them far more efficient than traditional computers in use today.

Theoretically, if quantum computing is used for mathematical predictions, using inputs such as whatfs trending online, a robotic AI system could predict future events with somewhat reasonable accuracy.

Itfs been speculated that the Internet was developed by government agencies in part to procure the data required for predictive analytics.