The Military Just Created An AI That Learned How To Program Software

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According to Futurism

Tired of writing your own boring code for new software? Finally, there’s an AI that can do it for you.

BAYOU is an deep learning tool that basically works like a search engine for coding: tell it what sort of program you want to create with a couple of keywords, and it will spit out java code that will do what you’re looking for, based on its best guess.

The tool was developed by a team of computer scientists from Rice University who received funding both from the military and Google. In a study published earlier this month on the preprint server arXiv, they describe how they built BAYOU and what sorts of problems it can help programmers solve.

Basically, BAYOU read the source code for about 1500 Android apps, which comes out to 100 million lines of Java. All that code was fed through BAYOU’s neural net, resulting in AI that can, yes, program other software.

If the code that BAYOU read included any sort of information about what the code does, then BAYOU also learned what those programs were intended to do along with how they work. This contextual information is what lets the AI write functional software based on just a couple of key words and basic information about what the programmer wants.

Computer science majors, rejoice: your homework might be about to get much easier. And teaching people how to code may become simpler and more intuitive, as they may someday use this new AI to generate examples of code or even to check their own work. Right now, BAYOU is still in the early stages, and the team behind it is still proving their technology works.

No, this is not that moment in which AI becomes self-replicating; BAYOU merely generates what the researchers call “sketches” of a program that are relevant to what a programmer is trying to write. These sketches still need to be pieced together into the larger work, and they may have to be tailored to the project at hand.

But even if the technology is in its infancy, this is a major step in the search for an AI programmer, a longstanding goal for computer science researchers. Other attempts to create something like BAYOU required extensive, narrow constraints to guide programmers towards the correct type of code. Because BAYOU can get to work with just a couple of keywords, it’s much less time-intensive, and much easier to use overall, for the human operators.

The post The Military Just Created An AI That Learned How To Program Software

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This article and images were originally posted on [Futurism] April 26, 2018 at 05:32PM. Credit to Author and Futurism | ESIST.T>G>S Recommended Articles Of The Day

 

 

 

Google Wants to Make Military Spy Drones Even Smarter

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According to Live Science


Google has partnered with the U.S. Department of Defense to help the agency develop smarter drone software. According to a report from Gizmodo, Google has agreed to provide the DOD with machine-learning software that will help the department’s computers better detect objects in surveillance drone footage.
The new partnership, which was leaked from an internal Google mailing list last week and confirmed yesterday (March 6) in a statement, is part of a DOD initiative called Project Maven (also known as the Algorithmic Warfare Cross-Function Team). According to a DOD news release issued last July, Project Maven aims to improve America’s ability to “[win] wars with computer algorithms and artificial intelligence” by rapidly upgrading the military’s ability to analyze drone footage. [5 Surprising Ways Drones Could Be Used in the Future]
The project’s first goal is to develop artificial intelligence capable of automatically detecting “38 classes of objects” regularly seen in military drone footage, the DOD said. This will ultimately help data analysts parse the “millions of hours of video” captured each year by drones surveilling combat zones in such countries as Iraq and Syria.
“AI will not be selecting a target [in combat] … any time soon,” Marine Corps Col. Drew Cukor, chief of the Algorithmic Warfare Cross-Function Team, said at a defense tech summit last year. “What AI will do is complement the human operator.”
Google will reportedly help the department achieve this goal by providing software building blocks known as TensorFlow application programming interfaces (APIs), which are often used in building neural networks.
“This specific project is a pilot with the Department of Defense, to provide open source TensorFlow APIs that can assist in object recognition on unclassified data,” a Google representative said in a  statement.”The technology flags images for human review, and is for non-offensive uses only.”
This explanation doesn’t sit well with some Google employees, Gizmodo reported, and some staffers are “outraged” at the company’s agreement to lend its technology to controversial drone operations. Countries around the world are nevertheless pouring funding into developing artificial intelligence for military purposes, which Cukor described as “an AI arms race.”
“No area will be left unaffected by the impact of this technology,” he said.
It is unknown whether the DOD is working with any other major tech companies as part of Project Maven at this time, or if Google stands alone.

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This article and images were originally posted on [Live Science] March 7, 2018 at 11:07AM. Credit to Author and Live Science | ESIST.T>G>S Recommended Articles Of The Day

 

 

 

Musks SpaceX Joins the Military

Musk’s SpaceX Joins the Military

The Air Force is trusting the billionaire to launch its secret space plane this summer, and the stakes are high.

June 12, 2017, 3:00 AM EDT

Not long ago, SpaceX founder Elon Musk cracked what he once labeled a monopoly for Defense Department space launches, successfully breaking into a business that was dominated by United Launch Alliance LLC.

The DOD’s appetite for space access is voracious, given the myriad reconnaissance, defense, and communications roles there, coupled with a future where conflicts are almost certain to involve space assets. Musk’s 2014 lawsuit against the government was settled out of court and the Pentagon certified SpaceX, also known as Space Exploration Technologies Corp., as a suitable supplier of military space launches.

SpaceX’s first gig for the military was in May when it launched a satellite for the National Reconnaissance Office. But in a very public sense, Musk and the government this summer will test the theory that cheaper space launches are suitable for sensitive military missions.

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In August, SpaceX will carry one of the Pentagon’s premiere yet highly classified platforms into orbit. The X-37B spy craft, an unmanned miniature version of the Space Shuttle, logs missions that are well over a year in length. The most recent X-37B sojourn ended in May after more than 700 days circling the Earth. Boeing has built two of the craft, with the first launched in 2010. The August blastoff will be the program’s fifth flight.

One major reason for SpaceX’s appeal to Pentagon brass: Sticker price. With its launches starting around $61 million, Musk’s company has been able to undercut its more established rival. United Launch Alliance, a Colorado-based joint venture of Boeing Co. and Lockheed Martin Corp., boasts an unblemished record of more than 100 launches, but it’s still working to bring its cost below $100 million. It plans to do so by 2019.

On Friday, ULA’s president and chief executive, Salvatore “Tory” Bruno, said on Twitter that his company wanted to compete for the X-37B launch but wasn’t given a chance to do so.

“ULA remains fully committed to continuing to support America’s national security missions with world-class launch services,” spokeswoman Jessica Rye said in an email. A SpaceX spokesman, John Taylor, referred inquires to the Air Force, which didn’t respond to requests for comment.

ULA officials, while touting their record, also argue that the cost comparison isn’t so simple because it provides the DOD redundant platforms and other launch systems, with both its Atlas and Delta rockets, to ensure launch readiness at any time—something its rivals do not.

SpaceX’s new role as a military contractor is a key source of income for Musk’s company and supplements its NASA contracts for resupply missions to the International Space Station. Its far more ambitious plan, flying astronauts to the ISS, is set for next year.

In February, SpaceX said it would also fly two private space tourists around the moon in 2018, though it didn’t disclose their identities or how much they have paid for the trip.

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This article and images was originally posted on [Bloomberg] June 11, 2017 at 08:33PM

 
 
 
 

U.S. military marches forward on green energy, despite Trump 

President Donald Trump and his top advisors have often scoffed at government support of green energy. His chief strategist called it “madness.”

But the largest U.S. government agency – the Department of Defense – plans to forge ahead under the new administration with a decade-long effort to convert its fuel-hungry operations to renewable power, senior military officials told Reuters.

The reasons have nothing to do with the white-hot debate over climate change. In combat zones, green energy saves lives by, for instance, reducing the need for easily attacked convoys to deliver diesel fuel to generators at U.S. bases. Mobile solar-power units allow soldiers to prowl silently through enemy territory.

At sea, gas-electric hybrid battleships save fuel and allow for fewer stops – making them less vulnerable to attacks like the bombing of the USS Cole in 2000, when al-Qaeda militants killed 17 U.S. soldiers during a refueling stop in Yemen.

The military’s zeal for renewable power has already had broad impacts on energy contractors, generating hundreds of millions in contracts for solar companies and helping to reduce fuel consumption by the world’s largest single petroleum buyer.

The armed forces nearly doubled renewable power generation between 2011 and 2015, to 10,534 billion British thermal units, or enough to power about 286,000 average U.S. homes, according to a Department of Defense report.

The number of military renewable energy projects nearly tripled to 1,390 between 2011 and 2015, department data showed, with a number of utilities and solar companies benefiting. Many of those projects are at U.S. bases, where renewable energy allows the military to maintain its own independent source of power in case of a natural disaster or an attack – or cyber attack – that disables the public grid.

The White House did not respond to Reuters requests for comment on the military’s use of green energy. Although Trump has blasted solar subsidies, vowed to boost fossil fuel development and questioned the science behind climate change, military leaders remain confident that the president won’t halt their march toward renewable power.

“We expect that it’s going to continue during the Trump administration,” said Lt. Col. Wayne Kinsel, head of the infrastructure unit of the Air Force Asset Management Division for Logistics, Engineering and Force Protection. “It’s really not political.”

Other senior officials in the Navy, Air Force and Army also told Reuters that they expected their renewable energy programs to continue.

Lt. Col. J.B. Brindle, a Defense Department spokesman, said the agency “spends very little appropriated funding” on renewable energy projects, but declined to give any figures or to answer additional questions about such efforts.

Trump’s Secretary of Defense, Jim Mattis, has long supported efforts to reduce troop dependence on petroleum. He saw first-hand the vulnerability of diesel convoys to attacks by militants while serving as Commander of the Marine Corps Combat Development Command in Afghanistan and Iraq in the early 2000s. As far back as 2003, he urged Navy researchers to find innovative ways to unleash the military from the “tether of fuel.”

 

LAUNCHED BY A REPUBLICAN

The military’s push into alternative energy started under Republican President George W. Bush in 2007, when he signed a law requiring the Pentagon to get 25 percent of the electricity for its buildings from renewable energy by 2025.

The effort accelerated under President Barack Obama, who required the Army, Air Force and Navy to each deploy 1 gigawatt of renewable power and directed the Army to open a lab developing energy technologies for combat vehicles.

In an apparent nod to Obama’s efforts to curb global warming, the Pentagon also reported to Congress in 2015 that the droughts and floods caused by climate change pose a security threat – contributing to foreign political and economic instability that could require substantial troop deployments.

Former Defense Secretary Ash Carter said in his parting memo in January that the Navy has already met its goal, producing 1 gigawatt of electricity – while the other forces are on track to meet their targets.

The programs have their opponents. The conservative Heritage Foundation, for example, has railed against the military’s support of renewable power and biofuels.

“The administration right now needs to focus specifically on combat power,” said Rachel Zissimos, a Heritage researcher. “Investing money on optional initiatives right now I think is problematic.”

 

HIGH STAKES FOR MILITARY SUPPLIERS

Solar companies such as SunPower Corp and utilities including Sempra Energy and Southern have won utility-scale renewable energy contracts worth hundreds of millions of dollars in recent years, according to the companies and Department of Defense documents reviewed by Reuters.

Southern, for example, has 11 solar projects totaling 310 megawatts on bases in states including Georgia and Alabama. In December, Sempra completed the 150-megawatt Mesquite Solar 3 in Arizona to provide about a third of the power needed at 14 Navy and Marine bases in California for 25 years.

SunPower has already landed a major deal under the Trump administration – a $96 million contract finalized on Feb. 3 to provide power to Vandenberg Air Force base in California until 2043, according to a Pentagon database.

Sempra and Southern said they were committed to serving their customers but declined to comment on whether they were discussing new contracts with the military. SunPower did not comment.

Last year, the Navy began outfitting Arleigh Burke destroyers with gas-electric hybrid engines developed by L3, which won a $119 million contract in 2013.

Tesla, which produces electric cars and batteries, is another company that analysts say could benefit from military contracts. A Tesla spokesman said the company is “supportive” of the military’s interest in clean energy but declined comment on whether it was pursuing Defense Department contracts.

The U.S. military’s use of oil, meanwhile, fell by more than 20 percent between 2007 and 2015. The bulk of the decline likely stems from declining combat operations rather than rising efficiency and use of renewable energy. But traditional military fuel suppliers – such as Exxon Mobil, BP, and Shell – nonetheless have a lot at stake if the military accelerates its move away from fossil fuels. (For a graphic on Pentagon’s oil purchases click tmsnrt.rs/2laqCBJ)

The military’s average annual oil bill was about $14.28 billion between 2007 and 2015.

BP is constantly reviewing its marketing strategies to ensure growth, a spokesman said.

“As fuel slates change, we will adapt, and continue to provide our customers with the products they demand,” he said in response to questions about the potential impact of the military’s increased use of renewable fuels.

 

SOLAR-POWERED SOLDIERS

Hauling fuel to the battlefield has been a hazard for militaries since at least World War I and continues to take a grim toll. One in nearly 40 fuel convoys in Iraq in 2007 resulted in a death or serious injury, according to a study commissioned by the Defense Department. In Afghanistan the same year, one in 24 fuel convoys suffered casualties.

Marines in Afghanistan began carrying solar panels in 2009 to forward bases in battles with Taliban fighters. They used them to power batteries for communications, GPS and night-vision goggles. The panels not only reduced the need for convoys, they allowed marines to shut off generators, hushing operations and making them harder for enemies to detect.

Arotech subsidiary UEC has sold $25 million worth of the solar arrays and expects a bigger business in systems working with batteries and solar to slash dependence on generators, said business manager Nancy Straight.

Col. Brian Magnuson, the head of the Marines’ expeditionary energy office, established in 2009, said his office aims to replace diesel-powered generators on the battlefield with solar power, and to reduce energy use with efficiency measures such as insulated tents and the deployment of advanced batteries.

“These technologies are a way to become more effective in combat,” Magnuson said. “This is about war-fighting capability.” (For a graphic on a boom in military green energy projects, click tmsnrt.rs/2mbWXrM)

(Reporting by Timothy Gardner; Editing by Richard Valdmanis and Brian Thevenot)

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This article and images was originally posted on Reuters

By Timothy Gardner

 

 

Pentagon successfully tests micro-drone swarm

US Defense Secretary Ash Carter, a technophile and former Harvard professor, created the Strategic Capabilities Office when he w
US Defense Secretary Ash Carter, a technophile and former Harvard professor, created the Strategic Capabilities Office when he was deputy defense secretary in 2012


The Pentagon may soon be unleashing a 21st-century version of locusts on its adversaries after officials on Monday said it had successfully tested a swarm of 103 micro-drones.

The important step in the development of new autonomous weapon systems was made possible by improvements in artificial intelligence, holding open the possibility that groups of small robots could act together under human direction.

Military strategists have high hopes for such drone swarms that would be cheap to produce and able to overwhelm opponents’ defenses with their great numbers.

The test of the world’s largest micro-drone swarm in California in October included 103 Perdix micro-drones measuring around six inches (16 centimeters) launched from three F/A-18 Super Hornet fighter jets, the Pentagon said in a statement.

“The micro-drones demonstrated advanced swarm behaviors such as collective decision-making, adaptive formation flying and self-healing,” it said.

“Perdix are not pre-programmed synchronized individuals, they are a collective organism, sharing one distributed brain for decision-making and adapting to each other like swarms in nature,” said William Roper, director of the Pentagon’s Strategic Capabilities Office. “Because every Perdix communicates and collaborates with every other Perdix, the swarm has no leader and can gracefully adapt to drones entering or exiting the team.”

Defense Secretary Ash Carter—a technophile and former Harvard professor—created the SCO when he was deputy defense secretary in 2012.

The department is tasked with accelerating the integration of technological innovations into the US weaponry.

It particularly strives to marry already existing commercial technology—in this case micro-drones and software—in the design of new weapons.

Originally created by engineering students from the Massachusetts Institute of Technology in 2013 and continuously improved since, Perdix drones draw “inspiration from the commercial smartphone industry,” the Pentagon said.

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This article was originally posted on phys.org

 

 

 

 

US military worries it will lose the AI war

1.jpgImage via by AndreeWallin  “Soldiers speed “

It took a while for the US military to bolster its defenses against cyberattacks, and it looks like there’s a similar deficit when it comes to artificial intelligence. A new Defense Department report says that the country needs to take “immediate action” to speed up its development of AI war technology. Academic and private research on AI and autonomous tech is well ahead of American forces, the study says. There’s a real chance that we could see a repeat of what happened in cyberwarfare, where the US was focused so heavily on launching attacks that it left itself off-guard.

Naturally, the board already has some advice. It recommends that the Pentagon gather more intelligence on other nations’ AI capabilities, and develop “counter-autonomy” solutions.

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By Jon Fingas

 

Source: US military worries it will lose the AI war

RoBattle Is Over 7 Tons Of Semi-Autonomous War Machine | ESIST

RoBattle

Released image, Israel Aerospace Industries

RoBattle

This is seven tons of semi-autonomous machine with sensors and a gun.

This week, war robots came to Paris. On display at the Eurosatory 2016 Land and Airland Defence and Security tradeshow, RoBattle is a modular machine from defense firm Israel Aerospace Industries (IAI). Seven tons itself, it can carry three tons of sensors, weapons, and other tools it may need for fighting. And much like the first tanks that were built for the difficult war-scarred muddy ground of the Western Front, the RoBattle can climb over difficult terrain. Mostly.

 

And here it is, struggling up a ledge. It slips for a second, but pulls itself forward.

 

Here’s how RoBattle’s makers IAI describe it:

RoBattle, the newest member of the family of unmanned ground robotic systems from IAI, is equipped with a modular “robotic kit” comprised of vehicle control, navigation, RT mapping and autonomy, sensors and mission payloads. The system can be operated autonomously in several levels and configured with wheels or tracks, to address the relevant operational needs. Operators can equip RoBattle with different payloads including manipulator arms, Intelligence, Surveillance and Reconnaissance (ISR) sensors and radars, and remotely controlled weapons.

The machine’s body can raise up to four feet high to get over obstacles, or crouch down to 23 inches to stay out of sight. It can also apparently operate for 12 hours in an “ambush mode”, IAI robotics manager Meir Shabtai told Shepard, “listening, detecting and reacting.”

Watch below:

 

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Source: RoBattle Is Over 7 Tons Of Semi-Autonomous War Machine | Popular Science

New tech makes tank armor ‘see-through’ 

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What if tank crews could see through the heavily armored walls of their vehicle?

BAE System’s cutting-edge tech, called BattleView 360, lets warfighters do just that. A crew member wearing the helmet-mounted tech can “see through” the tank out to the battlefield around them.

Technology innovation has long been underway to give fighter pilots this sort of capability. For example, the F-35 helmet utilizes cameras and sensors fixed around the outside of the jet to provide pilots with a 360-degree view. In a sense, the helmet lets fighter pilots see through the floor of the aircraft, down to the ground.

The concept with the tank is the same – but on the ground. With BattleView 360, tank crews and commanders will have a complete view of the battlespace around them in real time – no matter how heavily armored the vehicle is.

The heart of BattleView is a digital mapping system. It collates, tracks and displays the position of anything of interest to a tank crew in the surrounding area. And it can do this in two-dimensions, or in three.

Why use it?

Aside from being very futuristic and cool, BattleView 360 provides a number of key advantages. One example is removing an enemy’s element of surprise.

From inside heavily armored vehicles, it can be tough for crews to know what is going on outside. Personnel have to contend with both the noise and the limited visibility typical of highly armored vehicles.

Since seeing outside the vehicle can be tough, egress can be a particularly dangerous moment. Enemies could be lurking outside for an ambush, but unseen to the crew members before they dismount.

By wearing a BattleView enhanced helmet, crews gain 360-degree situational awareness. Warning messages—  like that an enemy is approaching— as well as critical mission updates are relayed directly to the helmet.

BattleView is also designed to give crews the advantage of quickly engaging more targets and more rapidly confirming to shoot.

For the tank driver, the tech give him “external eyes.” The driver can also choose to overlay the external 360-vision with other useful data like terrain input and other symbols to aid navigation.

How does it work?

There are two ways warfighters can interface with BattleView 360– through headgear and a rugged tablet. Crew can use either a special high-tech lens that mounts on their helmets, or a touchscreen display.

Both sync to cameras and sensors mounted outside the vehicle. It is this syncing that provides the real time ability for crews to “see through” the heavily armored walls. The sensors collect the data used to build a 360-degrees view of their surroundings.

For the headgear, a translucent lens sits in front of one eye, kind of like Google Glass. Data is projected onto it, and the warfighter can “see through” the tank with that eye.

He also gains enhanced vision. The cameras can feed both visual and infrared light – giving the warfighter the option to see in either way.

Warfighters equipped with BattleView can then further enhance their view of the battlespace with overlaid information and symbology. Information and visuals can also be provided beyond the sensors on the tank itself.

BattleView 360 harvests data from sensors and cameras on the tank or other armored vehicle, but it also can let the warfighter see through a range of “eyes,” and overlay data immediately from other sources. For example, dismounted warfighters can use BattleView to send information back to the vehicle. Tank crews can receive data and even opt to see through the eyes of a drone, other armored vehicles, or ground robots.

What extra things can teams see?

In addition to displaying the positions of friendly forces, BattleView can do lots of other helpful things. It can be used to do tank route planning, progress monitoring, but it can also do critical calculations, like determine the best route to avoid enemy detection.

There is a red ground display that demarcates the ground that hostile forces can see – making it clear what route not to take. The technology can flag areas of uncertainty from last hostile sighting, and figure out the most likely routes an enemy would take.

Commanders

The tablet style display provides certain advantages to a commander.

BattleView overlays crucial data that help commanders gain a full picture of the battlefield. For example, the system gathers, collates and displays data on friendly and enemy forces to help a commander rapidly identify and distinguish them. He can use the gathered data and enhanced “vision” to figure out safer routes.

In addition to aiding in quick, well-informed decisions, the BattleView tech also lets a commander communicate crucial data, like plans, directly to other tanks, vehicles, dismounted forces, and HQ.

The enhanced 360-picture of the battlefield can also help with targeting decisions. Tank commanders can even view a gunner’s, or any other crew member’s, display on his screen at any given time.

BattleView 360 can be integrated into both existing and new vehicles, and can be introduced to give warfighters this ultra-enhanced vision and situational awareness capability in future fights.

Ballet dancer turned defense specialist Allison Barrie has traveled around the world covering the military, terrorism, weapons advancements and life on the front line. You can reach her at wargames@foxnews.com or follow her on Twitter@Allison_Barrie.

 

Source: New tech makes tank armor ‘see-through’ | BGR