#Altaeros Energies floating wind turbine churns out electricity and Wi-fi This floating turbine, developed by Altaeros Energies could someday travel to every remote corner of the globe.
There, they could deliver electricity and Internet connectivity to people and villages living off-the-grid.
Video) Think of these floating turbines as the wind farms of the future and you won be that far off.
The floating turbines are designed to take advantage of the powerful prevailing winds that exist 2, 000 feet above our heads.
Once theye been inflated and deployed, these floating power plants can generate twice the output of a ground-based turbine.
The tethers that keep the turbine anchored in place also send that energy ground-ward. While in the air, the turbines can also serve as Wi-fi, cell service hubs,
and weather monitoring stations. Furthermore the turbine helium-inflated housing is durable enough for deployment in either the blazing sun or freezing snow.
Basically, anywhere you install one of these suckers, you instantly get data coverage, electricity and local weather data,
even if your previous system involved a sun dial and carrier pigeons. The things even have a cool name:
the BAT e
#Connected cities of the future are starting to emerge It fashionable to attach the marttag to any technological trend today
and this is particularly true of our cities. But, digging beyond the hype, what actually is a smart city and
Such initiatives must impact numerous areas, from the provision of transport, energy, and healthcare services, to the state of public safety and government services.
Santander, Spain The EU has provided#6m funding for experimental facilities and applications in the northern Spanish city of Santander, aimed at testing typical applications and services of a smart city.
The first phase of the three-year project finished last year and the city now has fibre networks and thousands of sensors on buildings,
vehicles and the ground. These are used to reduce energy and water consumption and pollution. Dubai, United arab emirates Although in the early stages yet, Dubai announced plans last year to turn itself into a smart city.
Underpinning this vision is the provision of high-speed wireless internet connectivity for citizens in all public locations.
Smart sensors installed across the city will also provide real-time information and services on weather, traffic, entertainment, tourism, emergency services and flights.
Here in the UK, the government has announced over £150m of funding into smart city research and this runs alongside investment in intelligent transport systems
smart metering and telehealth. On the ground there are several cities embarking upon smart city projects and here are just two of them.
Bristol, England The Connecting Bristol digital partnership leads the city work on next generation broadband infrastructure, smart city, open data, green IT and digital inclusion,
and aims to use smart technologies to reduce they city CO2 EMISSIONS by 40 per cent by 2020.
deliver advanced street lighting and enhance building energy efficiency. Glasgow aims to open up data to demonstrate how providing integrated health, transport,
energy and public safety services can improve both the local economy and the quality of life for the city citizens.
Analyst IDC is convinced also that 2014 will be a big year for smart cities, saying cities will move quickly from research and evaluation to investment in pilots.
What are thoughts your on how we can develop intelligent infrastructure and the smart cities of the future s
#Speedy Shop a giant vending machine provides groceries for neighborhoods without local stores Peter Fox, an electrical engineer, has developed the Speedy Shop,
a large vending machine that sells a variety of items like toiletries, groceries like milk and eggs, kitchen items, pet food, and more.
The automated store was designed to cater to the residents of towns that have lost their local shops.
and credit cards and its stock is monitored constantly. The machine sends out an email when it is running low on stock.
It also has built-in security features such as cameras and alarms to mitigate theft Fox, who is from the town of Ashbourne,
#Spritz is a new speed reading technology that lets you read 1000 wpm Spritz is a new speed reading technology that is set to make its debut in April.
The new technology makes it easy for users to read as quickly as 1, 000 words per minute by focusing userseyes on a single word at a time.
The company says its technology places each word at the optimal location on the screen,
ensuring users can rapidly recognize them. his method makes communication faster, easier and more effective by removing the inefficient eye movements associated with traditional reading,
According to the company, with traditional reading, users spend 80%of their time simply moving their eyes
A demo of Spritz technology can be found on the company website. Spritz is set to launch in April as a feature with the upcoming Samsung galaxy S5 smartphone
and the Gear 2 smartwatch. ith the growth of wearable devices, Spritz patent-pending technology will enable Samsung device users to read emails comfortably
and conveniently one streaming word at a time, the company said in a statement. Spritz said it is working on enabling its technology so it can also be used to read text messages
social media streams, web content and digital books. At 1, 000 words per minute, users could potentially read the shortest Harry potter book he Sorcerer Stone,
which is about 77,000 words long in a little more than an hour. The longest book he Order of the Phoenix,
#In-car facial recognition system can detect road rage Researchers at the École Polytechnique Fédérale de Lausanne
or EPFL are collaborating closely with PSA Peugeot Citroen and developing an in-car emotion detection system designed to watch out for emotions like anger and disgust.
Video) IL-Header-Communicating-with-the-Future The system uses an infrared camera system to identify the driver emotions.
or trigger a limiting function on the car speed to make the driver aware and maintain safe driving.
They are also working on a fatigue detector and a detector for other states like distraction.
#Wireless electricity is here In the house of the future, wire-free energy transfer could be as easy as wireless internet.
When Katie Hall saw a light-bulb glowing in the middle of a room with no wires attached she was shocked.
Looking back, it was a crude experiment, she remembers: a tiny room filled with gigantic copper refrigerator coils the kind you see
if you cracked open the back of your freezer. She walked in and out between the coils and the bulb and still the bulb glowed.
Video) said: et work on this. This is the future.?What the trick? ee going to transfer power without any kind of wires,
says Dr Hall, now Chief Technology Officer at Witricity a start-up developing wireless esonancetechnology. ut,
wee not actually putting electricity in the air. What wee doing is putting a magnetic field in the air. It works like this:
Witricity build a ource Resonatora coil of electrical wire that generates a magnetic field when power is attached.
If another coil is brought close, an electrical charge can be generated in it. No wires required. hen you bring a device into that magnetic field,
it induces a current in the device, and by that youe able to transfer power,
explains Dr Hall. And like that, the bulb lights up. Wireless homes Don worry about getting zapped:
Hall assures that the magnetic fields used to transfer energy are erfectly safein fact, they are the same kind of fields used in Wi-fi routers.
In the house of the future, wire-free energy transfer could be as easy as wireless internet.
If all goes to Witricity plans, smartphones will charge in your pocket as you wander around,
televisions will flicker with no wires attached, and electric cars will refuel while sitting on the driveway.
Witricity have demonstrated already their ability to power laptops, cellphones, and TVS by attaching resonator coils to batteries
and an electric car refueller is reportedly in the works. Hall sees a bright future for the family without wires:
e just don think about it anymore: I going to drive my car home and I never going to have to go to the gas station
and I never going to have to plug it in. can even imagine how things will change
when we live like that. World outside Beyond these effort-saving applications, Hall sees more revolutionary steps.
When Hall first saw the wireless bulb, she immediately thought of medical technology seeing that devices transplanted beneath the skin could be charged non-intrusively.
Witricity is now working with a medical company to recharge a left-ventricular assist device heart-pump essentially.
The technology opens the door to any number of mobile electronic devices which have so far been held back by limited battery lives. he idea of eliminating cables would allow us to redesign things in ways that we haven yet thought of,
that just going to make our devices and everything that we interact with that much more efficient,
more practical and maybe even give brand new functionality. What next? The challenge now is increasing the distance that power can be transferred efficiently.
This distance Hall explains is linked to the size of the coil, and Witricity wants to perfect the same long-distance transfers to today small-scale devices.
For this reason, the team have high hopes for their new creation: AA-sized wirelessly rechargeable batteries.
For Hall, the applications are endless: always say kids will say: hy is called it wireless??
he kids that are growing up in a couple of years will never have to plug anything in again to charge it.
It great to see so much discussion of this technology on social media and the comments thread.
There seems to be a lot of interest in the contribution of Nikola Tesla experiments to the development of this technology.
Dr Hall discussed Tesla briefly in her interview with Nick Glass: Nick Glass: Given that Tesla
and others realized all this over a Century ago, why it taken so long? Dr Hall:
I don think they realized exactly what wee done. They were certainly dreaming of wireless power there no question about that.
power already being transferred by wires to homes and rooms and things of that nature, so we had a much different problem,
As Witricity have mentioned on their website the Highly Resonant Wireless power transfer technology they have developed is also distinct from Tesla creations and
#Samsung develops ultrasonic smartphone case to help visually impaired sense their surroundings A smartphone case that helps the visually impaired by enhancing their awareness of their surroundings has been developed by Samsung.
The Ultrasonic Cover for its Galaxy Core Advance smartphone helps owners sense the presence of people and objects up to two meters away.
The cover includes a number of physical buttons to aid disabled users. The Ultrasonic Cover emits a high-frequency sound, listening for the sound wave that bounces back.
the phone lets the smartphone owner know by sending a vibration alert or text-to-speech notification.
#Bitcoin: How the digital currency is changing everything Bitcoin Today, the single most prominent, and telling, feature of bitcoin is its massive controversy in the media.
Not a single day goes by without an article or televised mention about its dangers, risks,
and dubious mainstream appeal.####Many in the mainstream seem set in their beliefs that bitcoin is a fad,
or even worse a ponzi scheme, and is destined to fail. Yet when was the last time a ponzi scheme attracted global attention and prominent venture capital investment?
Since when has incited a fad the simultaneous and largely hostile reactions of governments across the globe?
Why did other payment technologies like Paypal or Western union apparently fail to meet the requirements to be discussed in virtually every central bank on the planet,
yet cryptocurrency is being so#thoroughly scrutinised? Ironically enough, the ongoing debate about whether or not bitcoin is truly a valuable disruptive technology,
is all the evidence you need that it is. This is because bitcoin as a technology isn t just challenging business models,
or even an entire industry. Plenty of innovative outfits do that with much less flare.
Bitcoin is challenging the financial infrastructure of the whole global economy, and even more, it is challenging entire generations of established political
and economic theory that that infrastructure is built on. Bitcoin s exponential growth flouts all of the traditional monetary theory that is the mainstream ideology amongst academics and politicians today.
Its very existence and growing success cannot be accounted for within these old paradigms. It challenges not only the basis and underlying assumptions of the modern financial system,
but calls into question the beliefs and even livelihood of so many politicians, economic advisors, and media pundits.
Bitcoin the currency As a currency, bitcoin is in many ways the antithesis of modern fiat currencies.
and all without being declared by any state or central bank aslegal tender. That simple fact astonishes many in academia,
who could never have guessed a currency could spontaneously form and organically grow within the modern free market.
and is still taking time to sink in amidst the denials that bitcoin is here to stay.
Bitcoin is not the only example of a homogenousgood being adopted by a population as a currency,
Cryptocurrency is following the same path as precious metals in ancient civilization. Where gold was valued for its color, easy malleability, purity and its anti-corrosive properties,
bitcoin is valued for it s speed, decentralization, anonymity and ultra low transaction costs. Gold was discovered by practically every world civilization
compared with the 43 years of the global fiat system we have today. History thus clearly shows that the idea of a currency deriving value primarily from thebacking of some central state is nonsense.
For the vast majority of civilization, money was gold or silver, and both originated not as centrally issued currency that,
as a result, magically had value, but as universally valued substances. Bitcoin is fast becoming the first commodity
since gold to become a widely accepted means of exchange without the need of a central authority backing it.
However unlike gold, Bitcoin is completely#out of the reach of governments #and can t be regulated,
centralized, or ultimately shut down and replaced with inflationary fiat money. For all its durability and timeless lustre, gold my pale to the longevity of a cryptocurrency system.
Reacting to Big data However Bitcoin is not just a currency that promises to eventually end the trend of patchwork national currencies that exist for the almost sole purpose of allowing governments to endlessly fund their own deficit spending.
When the Internet was growing in the 90s it promised a future in which everyone everywhere had access to all the knowledge in the world,
a future where technology ultimately empowered the individual. Indeed this promise is coming closer and closer everyday as more people in underdeveloped countries have access to cheaper and cheaper smartphones and Internet access.
However behind this positive outward development, the big players have long since been behind a much different trend.
Google, Facebook, as well as many others, all keep meticulous track of user data for advertising and other purposes.
On several occasions, the massive amounts of data collected by Internet service and telecommunications companies have been utilized by agencies such as the NSA, under morally questionable motives at best.
The result is a system that has evolved with the ability to track everything you do
like, go, and know, and then provide all of that data to one central authority you may
or may not trust, all with little choice for the consumer. The Internet has recently been more reminiscent of Orwell s 1984,
rather than the future of individual empowerment that was promised. Cryptocurrency is the first major technological advancement that,
intentionally or not, is a massive reaction to the trend of Big data. It is decentralized and anonymous by design,
and it is these key features within the Bitcoin protocol itself that may be the key to weakening the hold of massive data collecting service companies like Google.
Already all payments with Bitcoin are anonymous, which could allow users to opt out of advertising with anonymous#micropayments.
Yet many#other cryptocurrencies#such as#Namecoin#are attempting to take the protocol that enables this
and use it to build other decentralized networks. Among these can be email, domain names, and other such systems.
Decentralized applications This is only the beginning however, businesses will hopefully creatively utilize the open source design of Bitcoin to provide entirely secure and anonymous end-to-end experiences.
The possibilities for the emerging wave of#decentralized applications#are endless, and only time will tell what it does result in.
As David Johnston the $1m sponsor of the#Austin Bitcoin Hackathon#put it: Decentralized applications have the potential to become self-sustaining
because they empower their stakeholders to invest in the development of the DA. Because of that, it is conceivable that DAS for payments, social networking,
and cloud computing may one day surpass the valuation of multinational corporations like Western union, Visa, Facebook, Google,
and Amazon that are are currently active in the space. At the very least, the ever-growing success of bitcoin thus far candidly illustrates that there is indeed a massive demand for anonymity online,
one companies would be wise to take advantage of. It s far too tempting to compare bitcoin to PCS
the Internet, or even to gold 5, 000 years ago. While it does possess similarities with many of these things,
and comparing it to such landmark achievements underscores its importance, bitcoin is it s own phenomena.
PCS may have had a huge amount of industry leaders shrugging it off or denouncing it entirely like bitcoin does now,
but it never had whole governments attempting to shut down or regulate its use. Precious metals may have been the first and last good to become universally adopted as a means of exchange,
but this was a slow process that took centuries if not millennia, whereas the usage of cryptocurrencies has exploded in just a few short years.
While bitcoin may have many old conceptual roots, it is altogether new and powerful. It is ushering in a new paradigm in various aspects of society,
and creating a new benchmark for future technological achievements to inevitably be compared to. Bitcoin is changing everything,
and if you aren t on board, then you re already a dinosaur. Photo credit: The Telegraph Via Coindesk Share Thissubscribedel. icio. usfacebookredditstumbleupontechnorat o
#U s. to give up remaining control over the internet U s. officials announced plans to relinquish federal government control over the administration of the Internet last week.
a move that pleased international critics but alarmed some business leaders and others who rely on the smooth functioning of the Web.
Pressure to let go of the final vestiges of U s. authority over the system of Web addresses
and domain names that organize the Internet has been building for more than a decade and was supercharged by the backlash last year to revelations about National security agency surveillance.
The change would end the long-running contract between the Commerce department and the Internet Corporation for Assigned Names and Numbers (ICANN), a California-based nonprofit group.
That contract is set to expire next year but could be extended if the transition plan is not complete. e look forward to ICANN convening stakeholders across the global Internet community to craft an appropriate transition plan,
Lawrence E. Strickling, assistant secretary of commerce for communications and information, said in a statement. The announcement received a passionate response,
. and our allies are making to promote a free and open Internet, and to preserve
and advance the current multi-stakeholder model of global Internet governance. But former House speaker Newt Gingrich (R-Ga.)tweeted:
hat is the global internet community that Obama wants to turn the internet over to?
This risks foreign dictatorships defining the internet. The practical consequences of the decision were harder to immediately discern, especially with the details of the transition not yet clear.
Politically, the move could alleviate rising global concerns that the United states essentially controls the Web
and takes advantage of its oversight position to help spy on the rest of the world.
and win the trust of crucial stakeholders around the world. An international meeting to discuss the future of Internet is scheduled to start on March 23 in Singapore.
The move critics called the decision hasty and politically tinged and voiced significant doubts about the fitness of ICANN to operate without U s. oversight
a Washington-based advocacy group that combats online crime. CANN has made a lot of mistakes, and ICANN has not really been a good steward.
whose fees provide the vast majority of ICANN revenue. The U s. government contract was a modest check against such abuses
a trade group representing major Internet commerce businesses. U s. officials said their decision had nothing to do with the NSA spying revelations
and international support continues to grow for the multistakeholder model of Internet governance, Strickling said in a statement.
inclusive process to find a new international oversight structure for the group. othing will be done in any way to jeopardize the security and stability of the Internet,
The United states has maintained long authority over elements of the Internet which grew from a Defense department program that started in the 1960s.
The relationship between the United states and ICANN has drawn wider international criticism in recent years, in part because big American companies such as Google,
Facebook and Microsoft play such a central role in the Internet worldwide functioning. The NSA revelations exacerbated those concerns. his is a step in the right direction to resolve important international disputes about how the Internet is governed,
said Gene Kimmelman, president of Public knowledge, a group that promotes open access to the Internet.
Verizon, one of the world biggest Internet providers issued a statement saying, successful transition in the stewardship of these important functions to the global multi-stakeholder community would be a timely and positive step in the evolution of Internet governance.
ICANN most important function is to oversee the assigning of Internet domains such as dot-com, dot-edu and dot-gov
and ensure that the various companies and universities involved in directing digital traffic do so safely.
Concern about ICANN stewardship has spiked in recent years amid a massive and controversial expansion that is adding hundreds of new domains,
such as dot-book, dot-gay and dot-sucks, to the Internet infrastructure. More than 1, 000 new domains are slated to be made available,
pumping far more fee revenue into ICANN. Major corporations have complained, however, that con artists already swarm the Internet with phony Web sites designed to look like the authentic offerings of respected brands. o set ICANN so-called free is a very major step that should done with careful oversight,
said Dan Jaffe, executive vice president of the Association of National Advertisers. e would be concerned very about that step. v
#3d acoustic cloak makes objects undetectable with sound The geometry of the plastic sheets and placement of the holes interact with sound waves to make it
Duke university engineers have demonstrated the world first three-dimensional acoustic cloak using a few perforated sheets of plastic and extensive computation.
Video) The acoustic cloaking device works in three dimensions, no matter which direction the sound is coming from
the sound waves behave like there is nothing more than a flat surface in their path. To achieve this trick,
Duke university professor of electrical and computer engineering Steven Cummer and his colleagues used metamaterials the combination of natural materials in repeating patterns to achieve unnatural properties.
what they would look like had had reflected they off a flat surface. Because the sound is not reaching the surface beneath,
Using a microphone, they mapped how the waves responded and produced videos of them traveling through the air.
Cummer and his team then compared the videos to those created with both an unobstructed flat surface
This research was supported by Multidisciplinary University Research Initiative grants from the Office of Naval Research and from the Army Research Office.
#Discovery of water-containing gem points to vast oceans beneath the Earth The Earth transition zone is the part of the Earth that exists between the upper and lower mantle.
A group of geologists from the University of Alberta uncovered a water-containing gem that finally confirms this theory:
The tiny gem was an accidental find while the geologists were searching for a completely different mineral.
In fact, they very nearly discarded what appeared as a useless brown diamond (because that how geologists think of diamonds).
This diamond, though, turned out to hold ringwoodite, a mineral we have seen only previously in meteorites,
and not On earth. Fortunately, as with many scientific discoveries, this accident was a happy find.
The mineral, which isn visible to the naked eye, exists deep within the Earth, at least 300 miles beneath its surface, in the transition zone.
Geologists believe that volcanic activity pushed this particular rock up to Earth surface. Having a piece of the Earth transition zone available,
geologists spent several years testing it. Their final results showed that the gem contained 1. 5 percent of its weight in water.
This discovery proves the theory that the Earth transition zone not only contains water but might also contain more water than every surface ocean combined.
#Controversy brews over use of autonomous killer robots in war People are promised their quality of life will improve with the advances of technology,
or deliver food and medical supplies to disaster areas. As the science advances, it becoming increasingly possible to dispatch robots into war zones alongside or instead of human soldiers.
Several military powers, including the United states, the United kingdom, Israel and China, are already using partially autonomous weapons in combat
and are almost certainly pursuing other advances in private, according to experts. The idea of a killer robot,
as a coalition of international human rights groups has dubbed the autonomous machines, conjures a humanoid Terminator-style robot.
The humanoid robots Google recently bought are neat but most machines being used or tested by national militaries are, for now, more like robotic weapons than robotic soldiers.
Still, the line between useful weapons with some automated features and robot soldiers ready to kill can be disturbingly blurry.
Whatever else they do, robots that kill raise moral questions far more complicated than those posed by probes or delivery vehicles.
Their use in war would likely save lives in the short run, but many worry that they would also result in more armed conflicts
and erode the rules of war and that not even considering what would happen if the robots malfunctioned
or were hacked. Seeing a slippery slope ahead human rights groups began lobbying last year for lethal robots to be added to the list of prohibited weapons that includes chemical weapons.
And the U n.,driven in part by a 2013 report by Special Rapporteur Christof Heyns,
has set a meeting in May for nations to explore that and other limits on the technology. obots should not have the power of life and death over human beings,
Late last year, Gen. Robert Cone, head of the U s army Training and Doctrine Command suggested that up to a quarter of the service boots on the ground could be replaced by smarter and leaner weaponry.
In January, the Army successfully tested a robotic self-driving convoy that would reduce the number of personnel exposed to roadside explosives in war zones like Iraq and Afghanistan.
Although there is an automatic mode available on the Samsung machines, soldiers control them remotely. The U s. and Germany possess robots that automatically target
and destroy incoming mortar fire. They can also likely locate the source of the mortar fire according to Noel Sharkey, a University of Sheffield roboticist who is active in the top Killer Robotscampaign.
And of course there are drones. While many get their orders directly from a human operator, unmanned aircraft operated by Israel,
the U k. and the U s. are capable of tracking and firing on aircraft and missiles.
On some of its Navy cruisers, the U s. also operates Phalanx, a stationary system that can track
and engage anti-ship missiles and aircraft. The Army is testing a gun-mounted ground vehicle, MAARS, that can fire on targets autonomously.
One tiny drone the Raven is primarily a surveillance vehicle but among its capabilities is arget acquisition.
No one knows for sure what other technologies may be in development. ransparency when it comes to any kind of weapons system is generally very low,
so it hard to know what governments really possess, Michael Spies, a political affairs officer in the U n. Office for Disarmament Affairs,
told Singularity Hub. At least publicly, the world military powers seem now to agree that robots should not be permitted to kill autonomously.
That is among the criteria laid out in a November 2012 U s. military directive that guides the development of autonomous weapons.
The European parliament recently established a non-binding ban for member states on using or developing robots that can kill without human participation.
or if their user experience made it easier to accept than reject automated targeting. What if, for example, a robot tasked with destroying an unmanned military installation
Robotic sensing technology can only barely identify big, obvious targets in clutter-free environments. For that reason, the open ocean is the first place robots are firing on targets.
In more cluttered environments like the cities where most recent wars have been fought, the sensing becomes less accurate.
as a spokesman put it in an email interview with Singularity Hub. Sensing and artificial intelligence technologies are sure to improve,
but there are some risks that military robot operators may never be able to eliminate. Some issues are the same ones that plague the adoption of any radically new technology:
the chance of hacking, for instance, or the legal question of who responsible if a war robot malfunctions
and kills civilians. he technology not fit for purpose as it stands, but as a computer scientist there are other things that bother me.
I mean, how reliable is a computer system? Sharkey, of Stop Killer Robots, said. Sharkey noted that warrior robots would do battle with other warrior robots equipped with algorithms designed by an enemy army. f you have two competing algorithms
and you don know the contents of the other person algorithm, you don know the outcome.
Anything could happen, he said. For instance, when two sellers recently unknowingly competed for business on Amazon,
the interactions of their two algorithms resulted in prices in the millions of dollars. Competing robot armies could destroy cities as their algorithms exponentially escalated,
Sharkey said. An even likelier outcome would be that human enemies would target the weaknesses of the robotsalgorithms to produce undesirable outcomes.
For instance say a machine that designed to destroy incoming mortar fire such as the U s c-RAM or Germanymantis, is tasked also with destroying the launcher.
A terrorist group could place a launcher in a crowded urban area, where its neutralization would cause civilian casualties.
Or consider a real scenario. The U s. sometimes programs its semi-autonomous drones to locate a terrorist based on his cell phone SIM CARD.
The terrorists, knowing that, often offload used SIM CARDS to unwitting civilians. Would an autonomous killing machine be able to plan for such deception?
Even if robots plan for particular deceptions, the history of the web suggests that terrorists could find others.
Of course, most technologies stumble at first and many turn out okay. The militaries developing warfighting robots are assuming this model and starting with limited functions and use cases.
But they are almost certainly working toward exploring disruptive options, if only to keep up with their enemies.
and death over human beings. nce youe put in billions of dollars of investment, youe got to use these things,
but it will begin to lay the groundwork for the role robots will play in war e
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