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The US military recently decided that Google’s Alpha Dog and Spot robots weren’t ready for active duty, leaving the four legged robots with nothing to do. In the meantime, Google is doing with its battery-powered Spot robot what we probably would — using it as a dog toy. The company recently unleashed it on Alex, the terrier that reportedly belongs to Android co-founder and Playground Global boss Andy Rubin. The adorable result is that Alex, clearly the boss of this arrangement, sees the hapless robot as an existential threat that must be barked at and harangued (no butt-sniffing, luckily).

The model is reportedly the only one that’s not in military hands, and there’s no word on what Google’s Boston Dynamics plans to do with it now. The military thought Spot could be a potential ground reconnaissance asset, but “the problem is, Spot in its current configuration doesn’t have the autonomy to do that,” says James Peneiro, the Ground Combat head of the Warfighting Lab. It would be shortsighted, of course, to think the robots need to be put to work right away. A lot of the self-balancing tech in Spot (and its ability to take a kick) can already be found in the next-generation humanoid Atlas Robot.

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I agree 100% with this report by former pentagon official on AI systems involving missiles.


A new report written by a former Pentagon official who helped establish United States policy on autonomous weapons argues that such weapons could be uncontrollable in real-world environments where they are subject to design failure as well as hacking, spoofing and manipulation by adversaries.

In recent years, low-cost sensors and new artificial intelligence technologies have made it increasingly practical to design weapons systems that make killing decisions without human intervention. The specter of so-called killer robots has touched off an international protest movement and a debate within the United Nations about limiting the development and deployment of such systems.

The new report was written by Paul Scharre, who directs a program on the future of warfare at the Center for a New American Security, a policy research group in Washington, D.C. From 2008 to 2013, Mr. Scharre worked in the office of the Secretary of Defense, where he helped establish United States policy on unmanned and autonomous weapons. He was one of the authors of a 2012 Defense Department directive that set military policy on the use of such systems.

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BMI’s (according to DARPA and David Axe) could begin as early as 2017 on humans. The plan is to use stentrodes. Testing has already proven success on sheep. I personally have concerns in both a health (as the article highlighted prone to blood clots) as well as anything connecting via Wi-Fi or the net with hackers trying to challenge themselves to prove anything is hackable; that before this goes live on a person we make sure that we have a more secure hack-resistant net before someone is injured or in case could injure someone else.


Soldiers could control drones with a thought.

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The tiny injectable machine could turn your noodle into a remote control.

The Pentagon is attempting what was, until recently, an impossible technological feat—developing a high-bandwidth neural interface that would allow people to beam data from their minds to external devices and back.

That’s right—a brain modem. One that could allow a soldier to, for example, control a drone with his mind.

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Rather than risk the lives of their astronauts, Russian government scientists are now working to develop humanoid robots that can perform complex tasks on the outside of the International Space Station (ISS) while astronauts control them safely from within the station.

The Russian Foundation for Advanced Research Projects, Russia’s military research arm unveiled two prototype robot astronauts on February 13th to the media ahead of a public robotics exhibition in Moscow.

One robot, named Fyodor, has two arms and a torso, and is programmed to either mimic an astronaut’s actions, be under remote control by a human wearing a special suit, or work autonomously.

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US Military’s new toys to show off in front of China and Russia.


Little noticed amid the daily news bulletins about the Islamic State and Syria, the Pentagon has begun a push for exotic new weapons that can deter Russia and China.

Pentagon officials have started talking openly about using the latest tools of artificial intelligence and machine learning to create robot weapons, “human-machine teams” and enhanced, super-powered soldiers.

It may sound like science fiction, but Pentagon officials say they have concluded that such high-tech systems are the best way to combat rapid improvements by the Russian and Chinese militaries.

I must admit that appears that almost anything in tech is being called out as a threat. FB, Twitter, Smartphones, CRISPR, AI, etc. Tech advancements do bring greater freedoms & opportunities to express one’s ideas and beliefs as well as enable a greater access to people, information, and geographical locations; however, and that does pose some level of risk in small pockets of the greater poulation. Nonetheless, I hope that the government spying pendullum swing doesn’t go overboard.


Who tweets at you, what you tweet back, and why can predict your next protest act on social media.

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On Monday at the Mobile World Congress in Barcelona, Mark Zuckerberg partook in what he thought would be a “fireside chat” with Wired’s Jessi Hempel but which was verifiably not fireside, and was, actually, a keynote.

Inverse picked out the best nine moments of this interview.

1.) Zuck doesn’t know that Aquila will meet regulations but is just confident that it’ll work out

Zuck reported that Aquila, Facebook’s casual wifi-beaming, solar-powered drone project, is coming along well. A team is currently constructing the second full-scale drone — which has the wingspan of a 747, is only as heavy as a car, and will be able to stay aloft for as long as six months — and another team is testing large-but-not-full-scale models every week. These drones will transmit high-bandwidth signals via a laser communications system, which, he says, require a degree of accuracy on par with hitting a quarter on the top of the Statue of Liberty with a laser pointer in California. The goal, he added, is to get these drones beaming wifi that’s 10 to 100 times faster than current systems. Facebook will roll out its first full-scale trials later this year, and Zuck expects that within 18 months, Aquila will be airborne.

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