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19 Aug 16:02

Adam West and Burt Ward reunite for a new 'Batman' movie

by Adam Rosenberg
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There's only one appropriate response to news of this magnitude: do the Batusi.

Adam West and Burt Ward, television's original Caped Crusader and Boy Wonder, are heading back to Gotham City.

Batman: Return of the Caped Crusaders reunites West and Ward as Batman and Robin in a feature-length animated film set in the universe of the '60s TV series. The dynamic duo is also joined by the voice of Julie Newmar, who played TV's Catwoman.

This first trailer doesn't show off any of the movie, but it does feature West and Ward escaping from one of the TV series' trademark death traps as they hype the Blu-ray. It's cute. And super enjoyable if you have any memory of the original TV series. Read more...

More about Dc Comics, Film, Tv, Entertainment, and Julie Newmar
17 Aug 22:14

Are these the roadsigns of tomorrow?

by Ryan Matthew Pierson
StraddleBus

With the emergence of industry-changing technologies like all-electric cars and autonomous vehicles poised to take over the roads of tomorrow, it makes sense that as the vehicles we travel in change. So will the roads they travel on and roadsigns you’ll use to navigate them.

This inevitable future inspired the folks at CarKeys.co.uk to create five artist renditions of signs we may very well see on roads in the not-too-distant future.

An e-charging lane?

ChargingInPlace

Electric vehicles are a great opportunity for wireless charging to eliminate the need to stop at a refueling station for busy commuters. Solutions for e-charging lanes are already being developed and trialed, enabling cars to charge while they move down the street. One popular solution involves electronic circuits embedded in the street that enables coils built in to the electronic car to pick up and charge with the electromagnetic field generated by the street’s circuits.

Straddle bus route

StraddleBusInPlace

Another strong possibile sight in the not-too-distant future is so-called straddle busses, a recent concept introduced at the Beijing International Hi-Tech Expo this year.  The bus is elevated, with the ability to straddle vehicles on the road, eliminating the need to stop during a traffic jam and reducing the negative impact the bus’ frequent stops have on the flow of traffic.

Hyperloop station

Hyperloop

When Tesla and SpaceX head Elon Musk started speaking about the potential of a Hyperloop to connect the world with a travel medium that can transport someone across the United States in as little as 30 minutes, a future where you could have a cheesesteak in Philadelphia and barbecue in Texas with as little travel time in-between as it takes some to preheat the oven and bake a batch of cookies appeared possible.

Today, companies like Hyperloop One are rumored to be planning to break ground in Dubai to bring the futuristic travel option available.

Autonomous car lane

AutoVehiclelane

With autonomous vehicle technologies advancing at a breakneck pace, the idea of a dedicated lane for these driverless cars doesn’t seem too far fetched. In fact, since these cars are capable of calculating risk and reacting to obstacles in a fraction of the time it takes a human to do so, it stands to reason that things like traffic congestion and stop-and-go traffic issues on our highways could be lessened by allowing these vehicles their own lane to speed down the street and leave more room for human drivers in the remaining roadway.

Robots at work

RobotsatworkInPlace

Our vehicles may not be the only thing changing in this new era of connected autonomous devices. Road construction, which is an often demanding and potentially dangerous job, could soon be performed by networked autonomous robots that don’t need coffee breaks, hazard pay, or overtime.

These machines could even be autonomously driven to the work site and put to work without ever having to by physically handled by a human being. Robots are already being put to work laying bricks for home construction – even at triple the speed and precision of its human counterpart.

With everything that is going on in the tech and travel industries today, the signs we see as we fly down the freeway may soon change. The question is, will there still be human drivers around to read them?

The post Are these the roadsigns of tomorrow? appeared first on ReadWrite.

17 Aug 20:56

Cisco confirms it will cut up to 5,500 jobs, or 7% of its global workforce

by Matthew Lynley
SAN JOSE, CA - AUGUST 10:  A sign is posted in front of the Cisco Systems headquarters on August 10, 2011 in San Jose, California.  Cisco Systems reported better-than-expected fourth quarter revenues with a 3.3 percent rise to $11.2 billion as the company continues to scale down its business. (Photo by Justin Sullivan/Getty Images) We caught wind earlier this week that Cisco was planning a major cost-cutting operation to reduce its costs by around 15% throughout the month. It looks like the first stage of that is a round of cut jobs, with Cisco announcing as part of its earnings report that it will cut up to 5,500 jobs, or 7% of its workforce. The move isn’t unexpected as Cisco works to transition to a new era where… Read More
17 Aug 03:53

Despite its tiny U.S. market share, China’s Huawei is launching a second brand here

by Ina Fried

The company plans to start selling a $399 smartphone called the Honor 8.

For a company whose name is still pretty unknown in the U.S., it’s puzzling that Huawei is trying to launch a second nameplate here.

The company on Tuesday is announcing the Honor 8, a $399 smartphone whose highlights include an all-glass casing and a dual-lens rear camera designed to take better low-light pictures.

While the phone packs Huawei insides, including a chip made by subsidiary HiSilicon, it bears little mention of the Huawei name. The word Honor appears in bright silver lettering on the phone’s front and back. Only in tiny print on the rear does the phone say “powered by Huawei.”

Honor began in 2013 in China as a way to capture part of the market that made Xiaomi an overnight sensation. Huawei executives talk the same way about Honor, boasting about thousands of online “fans” who buy products exclusively over the internet.

In China, it makes sense. Huawei is a huge established player, and Honor was designed to offer a hip alternative for the millennial generation. This has paid off; Huawei has sold 60 million Honor devices, generating more than $8.4 billion in revenue.

In the U.S., though, the logic breaks down. Few people have heard of Huawei, and it, too, sells its smartphones unlocked over the internet. That means both Honor and Huawei are essentially pitching the small minority of U.S. consumers willing to buy phones from someone other than their mobile carrier.

The so-called open market for unlocked smartphones is growing. However, so is the number of companies targeting this space, a roster that includes Huawei’s Chinese rival ZTE and Japan’s Sony, as well as Nextbit and other upstarts.

The move to bring Honor to the U.S. reflects a continued, if perhaps unreasonable, belief that the company can have a serious business in Apple’s home country.

Despite being one of the largest smartphone players in the world, and having grabbed a decent market share in some European countries, Huawei has long struggled to make much of an impact in the U.S.

The company is barred by the U.S. government from selling network equipment to carriers. And while Huawei is allowed to sell phones, it has had trouble establishing its brand with either consumers or U.S. carriers, who control the majority of the U.S. sales.

Its efforts were further hampered by a scandal involving T-Mobile and the theft of parts from Tappy, that company’s smartphone-testing robot. But Huawei has remained undaunted and promises that someday soon it will sell through carriers again, too.

17 Aug 03:53

This is Huawei's first dual camera smartphone for the US

by Lauren Goode

Earlier this summer, Huawei subsidiary Honor launched a new flagship phone in China, its key market. It's called the Honor 8, and it's a very nice-looking phone. It's not the flagship flagship — that's Huawei's P9 — but it's the top-of-the-line of the Honor series of phones. Now Huawei is bringing that phone to the US, as part of a growing effort to get a foothold in the US smartphone market.

The Honor 8 is a premium-feeling, glass-backed smartphone with a 5.2-inch full HD display and a dual camera system. The glass back is more for aesthetics than anything functional: Huawei says it's the result of 15 different steps in the manufacturing process, from coating to adding optical films to polishing, and that "no two devices look alike"...

Continue reading…

16 Aug 17:01

Microsoft slams Apple with a new Surface Pro commercial (MSFT, AAPL)

by Matt Weinberger

Two weeks ago, Apple released a commercial, titled "What's a computer?," designed to sell the iPad Pro super-tablet as a full-fledged laptop replacement.

You can watch it here:

Well, Microsoft didn't like that much, judging from a new Microsoft Surface ad titled "What's a computer? Just ask Cortana."

As you may infer from the title, it features Windows 10's Cortana personal digital assistant in conversation with Apple's Siri.

You can watch it here:

"I'm a computer now. Like you," Siri tells Cortana.

But Cortana points out that just adding a keyboard isn't enough to replace what most people need from their laptops — which is a nice segue into reminding viewers that the Surface Pro 4 is also a touchscreen tablet, but boasts USB ports, a full version of Windows 10 (and Microsoft Office), and all the other trappings of a laptop.

It's a pretty brazen attack on Apple, following what seemed to be a period of peace and partnership between the two companies. Still, Microsoft isn't wrong: I found the Surface Pro 4 to be way more useful in my everyday life than the iPad Pro, though of course your mileage may vary.

SEE ALSO: I'm not going back to Apple after using Windows 10 for a year

Join the conversation about this story »

NOW WATCH: The iPad Pro isn't a laptop killer — here's why

16 Aug 16:24

This smartphone has the same specs as the Galaxy S7 but costs $250 less

by Antonio Villas-Boas

ZTE Axon 7

ZTE usually makes mid-range and low-end devices, but it thinks it can just waltz in here with a premium device and make a splash.

With the Axon 7, ZTE has succeeded.

For $250 less than the Samsung Galaxy S7, the Axon 7 doesn't come with certain ultra-premium features, like water resistance.

Still, if that doesn't matter you should absolutely check out the Axon 7 by ZTE:

SEE ALSO: The 9 most expensive smartphones you can buy right now

To design the Axon 7, ZTE collaborated with BMW's design arm Designworks, which also designed the BMW X series and the two-man bobsled for the USA Olympic Bobsledding team.



This collaboration resulted in a sleek all-metal phone that looks and feels great. It comes in the gold color option you see here. At the same time, it does feel a little heavy compared to most other phones.



It also comes in metallic gray.



See the rest of the story at Business Insider
16 Aug 15:11

Blockchain and bitcoin companies raised $290 million in the last 6 months

by Oscar Williams-Grut

Jeremy Allaire Circle CEO

Startups working with blockchain and bitcoin technology around the world raised close to $300 million (£231.2 million) in funding in the first 6 months of the year, according to Juniper Research.

Over 30 startups raised $290 million (£223.5 million) but over a third went to just three companies in big ticket fundraises: Circle, which raised $60 million (£46.2 million) in June; Blockstream, which bagged $55 million (£42.4 million) in February; and Digital Asset Holdings, which raised $50 million (£38.5 million) in January.

Blockchain is a type of database technology first developed to underpin digital currency bitcoin. Instead of one central database of who owns what, blockchain allows for a network of identical, linked databases that talk to each other and are updated simultaneously.

Every time someone wants to make a change or add something onto the blockchain (the shared database), the majority of members of the network must sign off on it. This cuts out the need for middlemen in transactions, because the fact that everyone signs off means trust is built into the system.

By cutting out middlemen, cost is reduced. The process of the group signing off on transactions should also theoretically reduce error.

Bitcoin's original blockchain is used to record bitcoin transactions — but the tech could theoretically be used to record just about anything that involves transactions. Applications are being developed for everything from share records to art and diamonds.

Banks and financial institutions spending thousands on proof of concepts using the technology, issuing countless white papers, and joining industry-wide bodies to figure out how to use the protocol.

Juniper says banks are increasingly active in the bitcoin and blockchain investment space. But Juniper's Dr Windsor Holden says in a statement:

"While blockchain technology offers the potential for increased speed, transparency, and security across an array of verticals, there has to be rigorous and robust roadtesting in each unique use case before any decision is taken."

Juniper's investment stats come a week after the World Economic Forum declared that blockchain technology "will fundamentally alter the way financial institutions do business around the world" and "become the beating heart" of finance, following a year-long study of the technology.

Join the conversation about this story »

NOW WATCH: Warren Buffett's sister needs your help giving away millions

16 Aug 15:09

10 cities that are starting to go car-free

by Leanna Garfield

oslo norway 2

In 2015, Oslo announced a plan to ban all cars from its city center by 2019. Now, the country of Norway wants to take the initiative a step further.

According to Time, Norway is preparing a bill that, if passed, would ban the sale of gas-powered cars in the country by 2025.

But cities in Norway are not the only ones getting ready to take the car-free plunge. Urban planners and policy makers around the world have started to brainstorm ways that cities can create more space for pedestrians and lower CO2 emissions from diesel.

Here are 10 cities leading the car-free movement.

SEE ALSO: 12 of the most beautiful public spaces in the world, according to urban designers

Oslo, Norway will implement its car ban by 2019.

Oslo plans to permanently ban all cars from its city center by 2019 — six years before Norway's country-wide ban would go into effect.

The Norwegian capital will invest heavily in public transportation and replace 35 miles of roads previously dominated by cars with bike lanes.

"The fact that Oslo is moving forward so rapidly is encouraging, and I think it will be inspiring if they are successful," says Paul Steely White, the executive director of Transportation Alternatives, an organization that supports bikers in New York City and advocates for car-free cities.



Madrid's planned ban is even more extensive.

Madrid plans to ban cars from 500 acres of its city center by 2020, with urban planners redesigning 24 of the city's busiest streets for walking rather than driving. 

The initiative is part of the city's "sustainable mobility plan," which aims to reduce daily car usage from 29% to 23%. Drivers who ignore the new regulations will pay a fine of at least $100. And the most polluting cars will pay more to park.

"In neighborhoods, you can do a lot with small interventions," Mateus Porto and Verónica Martínez, who are both architects and urban planners from the local pedestrian advocacy group A PIE, told Fast Company. "We believe that regardless of what the General Plan says about the future of the city, many things can be done today, if there is political will."



People in Chengdu, China will be able to walk anywhere in 15 minutes or less.

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Chicago-based architects Adrian Smith and Gordon Gill designed a new residential area for the Chinese city. The layout makes it easier to walk than drive, with streets designed so that people can walk anywhere in 15 minutes.

While Chengdu won't completely ban cars, only half the roads in the 80,000-person city will allow vehicles. The firm originally planned to make this happen by 2020, but zoning issues are delaying the deadline.



See the rest of the story at Business Insider
16 Aug 03:23

Another Salesforce acquisition with BeyondCore enterprise analytics grab

by John Mannes
BeyondCore Business analytics platform BeyondCore will be officially joining Salesforce, according to a blog post by BeyondCore CEO Arijit Sengupta. BeyondCore is an enterprise analytics tool that bolsters business intelligence with computational and statistical analysis. While Salesforce could have gone fishing and come up with a number of business intelligence companies to buy, BeyondCore was… Read More
15 Aug 23:26

Atlassian co-CEO Mike Cannon-Brookes: Australian tech companies should build bridges to Silicon Valley

by Eric Johnson

“We’re not going to beat them. We’re going to build a way to cooperate with them and get the best of both worlds.”

For years, we’ve been hearing about cities and countries that want to build their own Silicon Valley-esque tech hubs — think Silicon Alley in New York, Silicon Beach in Southern California and Silicon Wadi in Israel.

But Mike Cannon-Brookes, the co-CEO of prominent Australian software company Atlassian, thinks new tech scenes can emerge without directly competing against the San Francisco Bay Area.

"The Australian tech industry needs to do what Israel or other countries have done in tech, and build many pathways to Silicon Valley," Cannon-Brookes said on the most recent episode of Recode Decode, hosted by Kara Swisher. "We’re not going to beat them. We’re going to build a way to cooperate with them and get the best of both worlds."

Cannon-Brookes co-founded Atlassian in 2002 with co-CEO Scott Farquhar; last year, the enterprise software company went public on the Nasdaq. Although many private tech companies have expressed qualms about the public markets in recent months, Atlassian has seen its stock price tick up $2.50 since its IPO in December.

"We were really hard on ourselves for the past few years," Cannon-Brookes recalled.

Like many other young enterprise companies, Atlassian has benefited from a sea change in how businesses purchase and use tech products for their workers. Its tools — including the product-tracking Jira suite and the collaboration tools Confluence and Hipchat — are for software developers, project managers and other distributed teams within a company that may work remotely.

On the new podcast, Cannon-Brookes said one of the biggest differences between Atlassian and other tech companies is that it took no outside investment until 2010, eight years after it launched. With no easy access to Silicon Valley’s venture capital firms from Sydney, Australia, Cannon-Brookes and Farquhar instead focused on profitability from the get-go.

"It was either become profitable and grow, or die," Cannon-Brookes said. "I think we’ve gotten away from some of the bad habits you develop if you can always go and get more money. You can sort of say, ‘Well, we’re going to get profitable … No, let’s go raise some more money, invest more heavily, and then get profitable.’"

You can listen to Recode Decode in the audio player above, or subscribe on iTunes, Google Play Music, TuneIn and Stitcher.

If you like this show, you should also sample our other podcasts:

  • Recode Media with Peter Kafka features no-nonsense conversations with the smartest and most interesting people in the media world, with new episodes every Thursday. Use these links to subscribe on iTunes, Google Play Music, TuneIn and Stitcher.
  • Too Embarrassed to Ask, hosted by Kara Swisher and The Verge's Lauren Goode, answers the tech questions sent in by our readers and listeners. You can hear new episodes every Friday on iTunes, Google Play Music, TuneIn and Stitcher.
  • And Recode Replay has all the audio from our live events, including the Code Conference, Code Media and the Code Commerce Series. We've posted audio of every single interview at the 2016 Code Conference, so subscribe today on iTunes, Google Play Music, TuneIn and Stitcher.

If you like what we’re doing, please write a review on iTunes — and if you don’t, just tweet-strafe Kara. Tune in next Monday for another episode of Recode Decode!

15 Aug 23:25

Google is working on a new operating system named Fuchsia

by James Vincent

Here's a puzzle: Google appears to have started work on a completely new operating system, but no one knows quite what it's for. The project's name is Fuchsia, and it currently exists as a growing pile of code on the search giant's code depository and on GitHub too. The fledgling OS has a number of interesting features, but so far Google has yet to comment on its intended function. All we really know is that this looks like a fresh start for Google, as the operating system does not use the Linux kernel — a core of basic code that underpins both Android and Chrome OS.

So what is Fuchsia for? There have been a number of suggestions. Some people think it could be used to "unify" Chrome OS and Android into a single operating system (a plan...

Continue reading…

15 Aug 23:23

Nokia phones are primed for a comeback

by Jeff Dunn

nokia lumia 920Nokia-branded Android devices are another step closer to reality.

HMD Global, a new Finnish company that in May signed an exclusive licensing agreement for the Nokia brand, announced on Monday that it’s hired Pekka Rantala as its chief marketing officer.

Rantala previously spent a year as CEO of “Angry Birds” maker Rovio — with mixed results — but will now be charged with selling the public on phones and tablets from a brand that has steadily fallen from relevance over the last decade.

For the unfamiliar, Nokia might be the most famous casualty of iOS and Android’s rise to control of the smartphone market. The Finnish firm had massive success with feature phones in the 90s and early 2000s, but hitched its wagon to Microsoft’s Windows Phone OS as Android phones and the iPhone became more ubiquitous.

Microsoft bought the company’s mobile and devices division in 2014, but has since distanced itself from the purchase as its mobile platform struggled to gain traction.

Nokia itself still exists outside of the consumer phone space, but largely focuses on its telecommunications network equipment business. It most recently acquired wearable device manufacturer Withings this past May.

HMD, headed by former Nokia and Microsoft exec Arto Nummela, now has control of the Nokia name on mobile for the next 10 years. It’ll use a manufacturing partnership with Foxconn subsidiary FIH Mobile to produce various Android-powered Nokia smartphones and tablets, and says it plans on investing $500 million in marketing those devices.

No release details have been announced just yet. Still, years after one helped push the other out of the mobile market, it looks like Android and Nokia will come together after all.

SEE ALSO: The affordable new BlackBerry phone is safe in every sense of the word

Join the conversation about this story »

NOW WATCH: Sorry Apple fans — the iPhone 7 is going to be boring

15 Aug 23:17

New Nexus leak suggests an all-metal Google phone

by Nick Statt

Google's latest Nexus phone is shaping up to be an all-metal device that comes in both 5-inch and 5.5-inch screen sizes, according to a report from Android Police. The smaller phone, codenamed "Sailfish" and seen in the leaked image above, looks very much like the existing Nexus 5X with a fingerprint scanner on the back and same camera and front plate design. Android Police says the 5.5-inch model, codenamed "Marlin," won't look much different. In an interesting twist, the report adds Google may replace the "Nexus" logo with a "G" logo.  Both are expected to be manufactured by HTC, according to FCC filings approved today.

If the news checks out, this upcoming Nexus line would mark another big shake up at Google's in-house Android phone...

Continue reading…

15 Aug 23:14

Google is killing off Hangouts on Air in September

by Sean O'Kane

Google has announced that Hangouts on Air — the live-streaming service once used by Barack Obama and Pope Francis — will be mostly discontinued next month. A new post over at Google's YouTube support page lays out the details for Hangouts on Air users, who will have to use YouTube Live to handle all their live-streaming needs starting September 12th. That includes events that were already scheduled for after that date, too.

Google’s post features a walkthrough of how users will be able to start, schedule, and control live streams after the switchover. The company also calls out a few specific features of Hangouts on Air that are being left behind. The native Q&A feature, which was part of the bedrock of Hangouts on Air, is being...

Continue reading…

14 Aug 00:28

Buddy Platform brings new meaning to old IoT data

by Cate Lawrence
pic

While it’s easy to get caught up with all the bells and whistles of autonomous car development and home automation, I firmly contend that some of the most exciting things in IoT are innovations that are transforming traditional industries like viticulture, shipping, agriculture and manufacturing. The companies responsible don’t always become household names but they are busy behind the scenes creating quiet revolutions.

One example of these is Buddy Platform, a Seattle-based company with a global platform for accessing and analyzing data from Internet of Things (IoT) devices, appliances and sensors.

I spoke with Buddy Platform CEO Dave McLauchlan recently about their latest developments to learn more.

He explained their purpose in a nutshell:

“Our thesis is that we are seeing an enormous volume of IoT data generated by companies that have never really had to manage large volumes of data before like dishwasher companies and garage door opener companies and car manufacturers. These companies need to know how to manage their data, secure it, and get access to it.

We are a platform for that data to come in raw,  in whatever form venerated (e.g. from a sensor or a device that has a bunch of sensors). We can shape it, process and store it securely. We can also perform real time queries on that data, e.g. ‘How many cars with more than 18,000 miles on the clock have break levels of less than X and engine temperatures of greater than Y?’ Then we can perform actions based on real time queries. An example is water management – if a query triggers a leak, then we can send a control signal back to a device  such as ‘if water level greater than x then send an off signal to the water pump’. That can all be handled in real time on our platform at very large scale. Hence, customers have all the benefit from owning the data and the learnings that come from the data generated by connected devices but they don’t have to manage the infrastructure, or scale it or maintain it or even evolve the platform as technologies evolve.”

Buddy transforms the expensive and labor-intensive process of collecting, managing and analyzing IoT big data into a fast, simple and real-time process. Buddy’s customers are in a range of sectors —  from airline, agriculture and automotive to robotics, telecom and government. and include Sears, Lono and Washington’s Lottery.

As well as their key business they’re building out a fully hosted, fully managed, auto-scaling implementation of Parse Server targeted at higher volume applications. You’ll remember Parse, it was a service used by software developers to store and manage data in their apps that was originally owned by Facebook. They’ve also been working on the initiative IoT for impact, a call to action to  the IoT industry to together help solve -and even predict— emergency community crises.

Within IoT there’s a dichotomy between the DIY and ‘Do It For Me’ camps in the IoT industry. I discussed this with McLauchlan who notes:

“We sell a solution directly to folks who don’t want to hire developers and build. more than half top 10 customers are folks that have gone and built their own IoT system and decided that’s not really worth it on an economic basis. Our belief is that the hype curve in it is comfortably ahead of the reality curve and the middle American manufacturer — like the washing machine manufacturer — now they’ve got to worry about device data and securing information. They just want it solved and they want to be able to tell their customers that their data is secure. There’s a very prominent role we can play there, the customers still own the data , can still use and derive value for it, we’re simply providing the mechanism for them to do so.”

Buddy has recently announced intent to acquire IoT security and device management platform, Zentri Inc, a company that operates a Silicon-To-Cloud platform for product connectivity. The company’s platform comprises ZentriOS, an operating system (OS) purpose-built for commercial-grade IoT, as well as other ingredients to connect a client’s product, create a dashboard to manage and monitor in-field products, and build responsive mobile applications for customers.

As McLauchlan describes it:

“They’ve made an operating system that runs on top of commodity hardware with the idea being that by dropping software system onto the hardware you don’t have to go and write the software that will enable that hardware to become 1) Connected to the internet and 2) Securely connect to a mobile application or some mobile mechanism and 3) Being managed as one of a fleet of devices. Thus, with their software a customer can take commodity hardware and deploy that software and make that advice all ready to.  So if you were building washing machines, say a million a year, in terms of being able to check in on the fleet and their performance, push out software as necessary, all the block and tackle of how you manage these devices, all of this is what they do in their operating system.

We realized that there’s almost perfect synergy that our customers were looking for a way to keep a track of 100,000 devices and their customers wanted to do more with the data. so we realized it was a really good opportunity.”

Carbon-footprint-monitor

Buddy also acquiring IoT buddies

Not a company to rest on their laurels, Buddy also announced intent to acquire Noveda, a company that  develops and provides Web-based energy monitoring solutions for conventional and renewable energy systems.

As McLauchlan explained:

“We saw an opportunity to dip our toe into the first vertical that we want to focus on, smart cities. Noveda have deployments across the US, Canada and the Middle East.  They take all the data generated by their customers, give it to us, we process it send it back to them and they use it to create dashboards of how buildings are performing in real time. They literally show these dashboards in buildings with smart meters and people can see how a building is consuming electricity, thus causing people to be more energy efficient.”

Noveda’s customers include Staples, the US federal government and public schools in New York City. Add these to the organizations already working with Buddy and Zentri and there’s going to be a whole lot of meaning bought to IoT generated data through the work of this trio.

The post Buddy Platform brings new meaning to old IoT data appeared first on ReadWrite.

14 Aug 00:27

William Gibson talks about 'The Peripheral,' the power of Twitter, and his next book set in today's Silicon Valley

by Matt Rosoff

William Gibson TBI Interview illustration

I've been obsessed with William Gibson's last novel, "The Peripheral," since it came out in 2014. It touches on many widely discussed themes in 2016, including growing economic inequality, rule by technology, and the catastrophic effects of climate change. 

Gibson is most famous for inventing the term "cyberspace," which he coined in his 1982 short story, "Burning Chrome," and elaborated on in later novels, most famously 1984's "Neuromancer," which has sold in the millions. His early work formed the bedrock for a lot of later science fiction franchises — everything from "The Matrix" movies to Ernest Cline's 2011 novel, "Ready Player One," which is used as inspiration by those working on Facebook's Oculus Rift VR headset.

His books are subtler, funnier, and more psychologically astute than most of what's called science fiction. Often, they read like a classic noir novel in an uncanny valley setting — totally recognizable and disturbingly off-kilter at the same time.

"The Peripheral" flips between two futures. [SPOILERS AHEAD] The first is somewhere in rural America fast-forwarded 20 years, filled with drones, meth labs, and megastores serving questionable fast food like "pork nubbins." There's also a more distant and confusing 22nd century populated by plutocrats, celebrities, and publicists, wielding impossibly advanced technology that shapes the world to their whims and destroys their enemies instantly.

Between the two, a series of catastrophes has wiped out 80% of the world's population, leaving only the wealthiest to survive. Gibson's far-future characters, in typically wry tone, have dubbed this troubling period "The Jackpot."

I talked to Gibson about the book, his highly active Twitter account (@GreatDismal), and what he's working on next. Here's a transcript, lightly edited for clarity and length.

Matt Rosoff: You wrote several books in a row — "Pattern Recognition," "Spook Country," and "Zero History"— that were set in the present or near present, and then all of a sudden with "The Peripheral" you went to a much more distant future, as you did in your earlier books. Why the change?

William Gibson: The three books prior to "The Peripheral" were each actually set in the year prior to their publication. So they were speculative novels of the very recent past. Having written six novels prior to that which were ostensibly set in the future or set in variously imagined futures, I was starting to have a sense that my own sense of just how weird the present moment was was eroding due to the exponential storm of technologically driven cultural change that we all experience. I was looking for a way to reset that.

"Science fiction is never really about the future." 

It had also been my belief since I started writing fiction that science fiction is never really about the future. When science fiction is old, you can only read it as being pretty much about the moment in which it was written. But it seemed to me that the toolkit that science fiction had given me when I started working had become the toolkit of a kind of literary naturalism that could be applied to an inherently incredible present. So those three books were experimental for me in that sense.

When I got to what seemed to be the end of the cycle it was time then to test the previous experiment to see if in fact by writing those three novels, I had been able to get a sense of how weird the present actually was. "The Peripheral" was the result of that.

I didn't initially have an inkling of the second future. I had the near future, which is sort of like "Winter's Bone" with better smartphones and drones. But I had assumed that the other world, the "future" world in that book, would simply be Miami or Atlanta or some other large city that to Flynne [the heroine] would seem like the future.

But in the meantime I had worked on a spec screenplay with a friend of mine that recently became a limited comic series instead of a movie. That narrative involved something very close to the idea of the "stubs" in "The Peripheral," which eventually came to be written. [Ed: in the book, a "stub" is a fork in time that creates an alternate reality.]

Rosoff: When you were writing the book, did you think of it more as a prophesy, a thought experiment, a warning, or something else?

Gibson: I have always been intensely uncomfortable with the idea of a science fiction writer as prophet. Not that there haven't been science fiction writers who think of themselves as having some sort of prophetic role, but when I think of that, I always think of H.G. Wells — he would think of what was going to happen, and he would imagine how it would happen, and then he would create a fiction to illustrate the idea that he'd had. And no part of my process has ever resembled that at all.

"When I start writing a new imaginary future, I have no idea what it is." 

When I start writing a new imaginary future, I have no idea what it is. The characters arrive first. They help me figure out where they are living and I get to fill in the gaps with that and where we are. So when I get to the end of the process of composition, if I feel that I have really done my job, I have no idea what I've got — and I then spend essentially the rest of my life figuring out what it might mean.

That was more the case with "The Peripheral" than with anything I've done perviously, so I paradoxically felt very satisfied with it. I got to the end and had no idea what it meant. 

Rosoff: The trajectory between the two futures shows a sort of extreme version of rising income inequality. Flynne lives in the rural underclass in the first future, and then in the second future, the only people who have survived are Russian plutocrats and British royalty and so on, and everybody else has died. How much of that was informed by being in a place like Vancouver, which is going through similar things as San Francisco right now? We have people who have lived here for decades being forced out because they can't afford to live here. And then you have sort of a technocratic overclass buying up a ton of property. 

bi graphics bi interviews william gibson bioGibson: To the extent that I am conscious of where I get the raw material to feed into the scenario, yeah that's a factor.

What we're seeing here is in one way pretty simple and in another way it is very complicated. It is about shifts in post-modern capital. Suddenly, a lot of money that wasn't generated here has arrived. The people who have it are spending it and they aren't connected to the local economy yet, and they have a lot of money, so they are making the various aspects of the local economy do things that no one would have predicted twenty years ago. 

The more complex version of it are people widening the contextual brackets on that until you have the weirdness of the whole world .... If you live anywhere where there is a lot going on, you're living in an inherently unstable situation. The two are basically the same.

Rosoff: By a lot of measures, things are getting better if you look at the whole world. You have fewer children dying of disease, less starvation. Does that give you some hope?

Gibson: Well, in terms of the scenario that forms the basis of "The Peripheral," it wouldn't be much of a factor.

The seriously downer aspect of "The Peripheral" scenario is that Armageddon is not a singular event ... Something that is taking 600 years to kill us, we are not going to be conscious of it in the same way we could be conscious of a meteorite impact or a great war or a great plague. Those are the events that we have in our cultural model. But something moving very slowly from the first extraction of fossil fuel — you can't get a handle on it. A lot of people can't get a handle on it right now. I am inclined to agree with the scientific consensus that it is happening. Obviously it is a good thing if the least wealthy people in the world are doing generally better, but that wouldn't be enough to stop the mechanism that is supposed in "The Peripheral." Unfortunately.

Rosoff: Do you see something like The Jackpot, that slow-moving apocalypse, happening to the human race this century? And if so, how can humanity save itself? Does there need to be some sort of collective awakening and communication to everybody? Or is this something where a group of elites, like Bill Gates and others like that, will save us, or perhaps eventually save themselves only as is the case in that book? How can it play out?

Gibson: What I do is drive people to ask the questions that you just asked. But I don't really have any answers because I'm totally not that guy. I have no idea.

I can do the first part of the equation.

I can look at the extent to which migration out of the Middle East into Europe in the last little while, driven by some really, really ugly wars, is impacting Europe. We can see that that is impacting Europe. And then I see NASA's climate projection for the Middle East in 2050 or so, when they say none of it will be livable by human beings who don't have space suits. What's that migration both ways going to do in the human sphere? At this point we haven't even demonstrated that we are able to deal with what's going on because of Syria and Iraq and all of that. And what NASA's projecting is exponentially larger, and it's not that far away. I don't know.

Rosoff: Does this have to be solved by everybody, or is this going to be solved by the most educated, the most scientifically minded? This question is informed by some of the Silicon Valley culture that I am steeped in, probably, where the technological leaders think they can solve all problems. 

Gibson: That takes me back to H.G. Wells yet again. In "The Shape of Things to Come," where after the terrible umpteen-millionth terrible world war that has reduced everything to Mad Max level, the technocrats come from Silicon Valley in their mighty airships and they set it all right, and they set it all right by running the world and not letting the cavemen do their cavemen thing. That was Wells' vision just prior to the Second World War. And that was basically all he got to in history.

Having grown up in and lived through the American post-war technocracy, all of that got us where we are today. Where are these technocrats going to come from and how will they be different than the last batch?

Henry Ford and HG Wells

I would be hard-pressed if my life depended on making up a scenario that would convincingly depict all of that stuff being solved. The way the narrative of "The Peripheral" takes care of it is to suppose people in the future looking back will take mercy on us and interfere with us and change things, which they can afford to do in my fantasy world because that won't affect them — they will still be where they are but it can improve our circumstances.

When some people read "The Peripheral" they think it has a ridiculously happy ending and I think those are the people who haven't understood the text. Because if nothing else, everyone in Flynne's world at the end of the book is living in a conspiracy theory, but for real because all the events in her world are being controlled by these secret agents a century ahead ... from the future, who are interfering with things. In some cases simply by assassinating people. So, you know, it is cold comfort. It was a very hard book to end and for me to feel that I had gotten it right. When I finally felt I had gotten it right I thought, "Damn that's chilly." But at the same time, I thought some people will think it has a happy ending because the protagonist has had a baby.

Rosoff: There is a very strong strain of populism emerging in politics right now. You saw Brexit and you saw Trump do surprisingly well in the United States and some far right movements in Europe. What global changes are making this happen? Is this just a pendulum swing, or is this a taste of what's to come?

Gibson: It seems to me that you get a disenfranchised class of people who can be convinced that they were doing much better than before, you can pitch them the "We are going to make it great again" deal and some of them will buy it because they are frightened and angry because they feel they have lost something, or they are in the process of losing something.

Rosoff: You're very active on Twitter. I follow your stream and you talk a lot about politics and some other things. What do you like about Twitter? People in tech are kind of down on the company and service right now. 

Gibson: I probably like it for a lot of the reasons I suspect people in tech wouldn't. It's the only brand of social media that I have ever taken to at all .... I like the feeling of having my perception of the world expanded daily, 24/7, by being able to monitor the reactions of 100-and-some people throughout the world that I personally follow so I have some sense of who they are.

There has never really been anything like that before, at least in terms of the digestible 140-character bandwidth that Twitter is based on. I am able to wake up, open Twitter, and sort of glance across the psychic state of the planet.

I am able to wake up, open Twitter, and sort of glance across the psychic state of the planet.

It's limited to some degree. I'm in a consensus bubble because I have tailored my feed to be people who I think are interesting or likable. There are other universes of stuff on Twitter that I never even look at. I find it too compelling actually. I keep thinking I'm wasting too much time doing this.

But on the other hand, I am used to spending $300 or so on piles of mostly foreign magazines that I would sit leafing through, thinking all the while that I am actually working in a sense, but it left no evidence in the world. If I didn't tell you that, no one would know that I had been doing that instead of writing. So people can now spend 6 solid hours on Twitter in 2016.

Rosoff:  You are a novelist, a profession where you disappear to write for a couple years and you're really focusing on one thing. Twitter seems to be almost the exact opposite of that. It's quick bursts.

Gibson: Yeah, but as a novelist, I have never been focusing on only one thing. I have found that it doesn't change my level of concentration on my work.

The scary thing about it is that it provides almost too much material. Magazines in the traditional sense were aggregators of novelty.

Magazines in the traditional sense were aggregators of novelty.

A good magazine was a lot of novelty, stuff you've never heard of before, clearly aggregated by people who have been able to travel further and dig deeper than you have been able to do. And that used to be really an important source of stuff for me. And now it is less important because the Internet has eaten it all up. But my Twitter feed as an aggregator of novelty is like ... I don't know what I would do if it became any more powerful, I would have to start reining it in somehow.

Rosoff: Speaking of magazines .... Newspapers, magazines, recorded music, those industries have all been very heavily damaged by the move to digital and to the web. But it seems like books are doing pretty well. What do you think happens to movies and TV? Are they next to be spread into these millions of small pieces of content, fragmented all over the place?

Gibson: One of the things I have taken for granted, in terms of how technology works in the world, is the people that develop it and get it out there don't really know what we are going to do with until we have really gotten ahold of it and it has become ubiquitous. And then we wind up doing things that its inventors never dreamed of and those things become the real change drivers. That is actually where the whole technocracy thing falls apart for me, because the people who invented it can't predict what we're going to do with it.

My catch phrase for that over the years has been "the street finds its own uses for things." You invent the telephone pager never knowing that you're altering forever the geography of urban drug dealing and causing pay phones to be removed from entire neighborhoods. And it all works like that in some organic sense.

Twenty-some years ago, I was able to look at "Cops," which I think was the first American reality television show, and I was really able to extrapolate that into something that actually feels a lot like early 21st century reality television, say in "Virtual Light" or the other Bridge books. 

But I would never have predicted episodic dramatic television becoming the form of stuff on the screen to which the serious talent has now migrated. Meanwhile, in movie theaters there's the Marvel franchise and the DC franchise, there's actually not a lot happening. Movies have gotten dull, the way network television got dull. And television, if we can still even call it that, is still really exciting and riveting and people are totally into it. I am always meeting people who have these favorite shows that they are completely wired too and not only have I never seen it but I don't even know how to find it. I still haven't seen "Mr. Robot" and I know people that would live and die for it!

Rosoff: I haven't either. Now the consensus is season 2 is not as good as season 1. I haven't even seen season 1.

Gibson: I have had more options for television than I have ever had options for film. And it is not about me at all — there is this feeding frenzy in the television industry where the marching orders are basically "cult fiction, go find and option cult fiction," and there has been one guy after another knocking at the door. Who knows where any of this is going? I am totally delighted that actual paper books have some legs in this century, and not just in the same way that vinyl records have legs, you know?

Rosoff: The desire for books seems to be more organic than the vinyl, it's not just hipster or whatever you want to call it. So what are you working on now?

Gibson: I am writing a novel that as far as I can tell is set in SF, about now. And it's Silicon Valley startup culture, SF culture — as I see it anyway. I can't tell whether or not it has any relationship to "The Peripheral," which is kind of a weird feeling. I realized it mainly has to do with the stub structure of "The Peripheral," so having written that I've got to write something in the present. Is this our continuum, or has someone interfered with this? Or are these people headed in the same direction or maybe somebody is about to interfere with it? Now that I am getting further into it, I am not that sure.

Also the world is already that much weirder than it was when I started writing the book. You know the level of freakiness we have experienced in 2016 is so far off the charts, I am having to go back and crank up the weirdness in parts of the book I have already written.

The level of freakiness we have experienced in 2016 is so far off the charts, I am having to go back and crank up the weirdness in parts of the book I have already written. 

Rosoff: So it won't seem boring! I imagine the writers for HBO "Silicon Valley " struggle with this — the parody is already way behind reality when the episode comes out.

Gibson: It's really, really hard work for science fiction writers and people writing about tech culture in that way. Trying to stay ahead of the curve. Because the pleasure of reading that sort of fiction is someone taking the pleasure of where we are now and increasing it fractionally so it makes some sort of really enjoyable cognitive dissonance. That's long been the way I thought science fiction, or the way I write, worked, in terms of the pleasure that's derived from it. But now it is becoming much more difficult, because — how weird is now? You don't know until you get up and turn your device on in the morning. It is either no weirder than it was yesterday or it's hugely weirder than it was yesterday. There is no way of getting used to that.

Rosoff: I have to ask: What do you think of the sort of newest crop of virtual reality headsets, the VR that Facebook and others are doing, versus what Magic Leap and Microsoft are doing with so-called augmented reality? Have you tried them?

Gibson: I have tried bits and pieces of it. I have yet to try Magic Leap, but I have spoken with actual humans. Even the ones that I assumed wouldn't be that cowed by the NDA were sort of like, "Yeah it's far out, next." They have a certain look in their eye and it probably was fairly far out.

VR has had a very funny course, at least how I happen to see it. When I first experienced VR, pixels were the size of a human head. I looked at Jaron Lanier's and I think that was the most advanced I had seen at that point, and gradually over the years people brought them around.

It didn't work at all until smartphone technology developed all on its own, purely to be smartphones, and then provided the bits and pieces you can use to make a pretty good VR system, when really you're just looking at a smartphone being held in front of your eyes.

I only know Pokemon Go from watching people do it. I think, "Hmm, this AR maybe really does have some legs," because you can get 20 people out running around a statue in the middle of the night chasing something that doesn't exist.

Rosoff: It's remarkable. I live near a park that has a huge cross near the top of a hill and nobody was ever up there except for Easter and sometimes Sunday mornings, but with Pokemon Go it's been packed with people holding their phones. It's the weirdest thing.

Gibson: Like it's repurposing the world. If I had owned an iPhone when I was writing "Spook Country," which has a lot of augmented reality suppositions in it, I think now I would have seen how your iPhone could be your AR portal. It's ready to go so you can go around chasing things or looking for things. I actually didn't think about, I never imagined the mobile things to chase. I just thought of these stationary art works. 

But I have yet to have the experience of demoing something, taking it off, and then 15 minutes later thinking, "Damn I want to do that again." Never had that experience. I kinda go, "Yeah that was interesting" but I don't go home and go, "Yeah I've got to get one of those."

For me that would be the cue, that would be the tell, that something was really happening. 

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12 Aug 21:48

Smart mirrors aren't happening anytime soon

by Micah Singleton

At this point it's pretty clear: smart mirrors won't be a thing for a while, and it's not for lack of trying. There have been a number of Kickstarters that have tried and failed to get a consumer version of the tech we've seen in sci-fi movies like Minority Report — and shown off by some intrepid engineers — and nothing has come of it so far. The latest company to throw its hat in the ring is Perseus, which is claiming it has built the world's first smart mirror (it's not).

The problem with the Perseus smart mirror is the same as with all of the ones that preceded it: over-promising a set of features that will be incredibly difficult to deliver on. These include: voice recognition, video streaming, an HD camera with time-lapse...

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12 Aug 16:14

Going for Gold with Team Collaboration

By Beth Schultz
World-renowned Michael Johnson Performance athletic training center plans to power up for 2020 with Mitel's MiTeam cloud-based team collaboration suite.
12 Aug 16:13

LG is quadrupling down on the headphone jack

by Vlad Savov

LG is building up to the September 6th launch of its second flagship phone for 2016, the V20, by revealing little snippets and details about it ahead of time. First up is the sound, which this year will be powered by no less than four ESS digital-to-analog converters, all working in concert to produce more refined sound and higher signal-to-noise ratio. This quad-DAC approach is similar to what you’ll find in the Apogee Groove USB DAC and amplifier, and there is indeed merit in the multiplication of internal complexity beyond mere spec bloat. The extra equipment will do nothing to improve wireless audio performance, but it will certainly enhance LG's credentials with audiophiles seeking the best possible sound out of the headphone...

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12 Aug 16:08

AT&T Demos 14 Gbps at 15 GHz

by Gary Kim
AT&T says it has achieved speeds up to 14 Gbps using millimeter wave radio in what appears to be a point-to-point application, and speeds up to 5 Gbps to two users, in what appears to be point-to-multipoint application.
That test appears to have used 15-GHz frequencies. AT&T says it now will test propagation at 28 GHz.
Separately, Google has asked the Federal Communications Commission for authorization to conduct radio experiments in the new Citizens Broadband Radio Service  (CBRS) band, at 24 U.S. locations.
That is important for several reasons. First, the CBRS is the first U.S. frequency band to feature shared spectrum access: commercial users and licensed government users will share access to bandwidth.
Second, CBRS will be a major new way for Google--and other ISPs--to provide Internet access services, beyond Google Fiber.
Third, the move suggests the coming important role of fixed wireless in the U.S. ISP business.
Google plans to deploy initially in Atwater, Calif., Mountain View, Calif., Palo Alto, Calif., San Bruno, Calif., San Francisco, San Jose, Calif., Boulder, Colo., Kansas City, Kan., Omaha, Neb., Raleigh, N.C., Provo, Utah, and Reston, Va.
Those locations skew heavily to major urban areas near Google’s headquarters, some sites where Google Fiber already operates, but also some new smaller-market locations.
The initial test locations also indicate Google wants to test interference issues in areas where licensed users are active (coastal regions are issue for some licensees).
Google apparently also is looking at locations where it already operates Google Fiber, potentially adding a new access technology option to the current fiber-to-home approach.
Google says “operations vary from 7 km to 40 km from the geographic center point of each test area.” That implies potential testing of signal propagation and interference testing ranging from four miles to nearly 25 miles.

The test locations are not commercial launch sites, Google says.
12 Aug 07:05

Om Malik: Apple Should Buy Netflix

by John Gruber

Om Malik:

I was on Leo Laporte’s TWIT show yesterday and ended up going on a bit of a rant about Apple and “Planet of the Apps.” My view on “content” efforts like this is pretty simple. It is distracting, non-core to Apple and basically avoids the bigger challenges: how to add data and Internet DNA into a company that has managed to struggle with services. The App Store needs more smarts and better search, and it needs to take a contemporary, data-centric approach to surfacing apps. “Planet of the Apps” is just an old media-like thinking applied to “apps.” I might be the only one who feels that way, but the reality is that these kinds of efforts are really not good for Apple at a time when it is competing with Google, Amazon and Facebook.

Apple — if it really wants to get into content and wants to make a strong statement to the Hollywood establishment that has stymied its television efforts so far — should make a big, bold bet. It should use its massive stock market capitalization and cash hoard to buy Netflix.

Om is a good friend, so it pains me to say this, but he’s off his rocker on this one. I’m as skeptical as anyone about this Planet of the Apps show and why Apple is producing it. But I highly doubt it’s a distraction for anyone at Apple. It’s not even shooting in the Bay Area; it’s shooting in L.A.

Buying Netflix, on the other hand, would be a huge distraction. I’m not saying it could never happen or would certainly be a bad idea, but Apple’s services are built to take advantage of its hardware. Netflix is the opposite — it’s a service designed to be available on any device with a screen. With iTunes, Apple already has a library of movies and TV shows. If Apple wants to produce original content, they could start their own production company for a tiny fraction of Netflix’s $42 billion market cap. A fraction.

To me, this reads as Om being bored with Apple, and wanting them to just do something. Saying Apple should buy Netflix is no different than Eric Jackson’s call two years ago for Apple to start making mega-billion acquisitions. As I wrote then:

Conglomeration may well work out well for Facebook. General Electric has done well with that model for over 100 years. But it would be a disaster for Apple. Apple makes acquisitions for integration. Exhibit A: PA Semi — a chump change $278 million acquisition that laid the groundwork for Apple to become the leading mobile semiconductor company in the world.

11 Aug 14:42

Researchers are trying to build a biobot — a robot made from living tissue and cells

by Victoria Webster

biobot

Think of a traditional robot and you probably imagine something made from metal and plastic.

Such “nuts-and-bolts” robots are made of hard materials.

As robots take on more roles beyond the lab, such rigid systems can present safety risks to the people they interact with.

For example, if an industrial robot swings into a person, there is the risk of bruises or bone damage.

Researchers are increasingly looking for solutions to make robots softer or more compliant – less like rigid machines, more like animals.

With traditional actuators – such as motors – this can mean using air musclesor adding springs in parallel with motors.

For example, on a Whegs robot, having a spring between a motor and the wheel leg (Wheg) means that if the robot runs into something (like a person), the spring absorbs some of the energy so the person isn’t hurt. The bumper on a Roomba vacuuming robot is another example; it’s spring-loaded so the Roomba doesn’t damage the things it bumps into.

But there’s a growing area of research that’s taking a different approach. By combining robotics with tissue engineering, we’re starting to build robots powered by living muscle tissue or cells. These devices can be stimulated electrically or with light to make the cells contract to bend their skeletons, causing the robot to swim or crawl.

The resulting biobots can move around and are soft like animals. They’re safer around people and typically less harmful to the environment they work in than a traditional robot might be. And since, like animals, they need nutrients to power their muscles, not batteries, biohybrid robots tend to be lighter too.

Helpful robots

Building a biobot

Researchers fabricate biobots by growing living cells, usually from heart or skeletal muscle of rats or chickens, on scaffolds that are nontoxic to the cells. If the substrate is a polymer, the device created is a biohybrid robot – a hybrid between natural and human-made materials.

If you just place cells on a molded skeleton without any guidance, they wind up in random orientations. That means when researchers apply electricity to make them move, the cells' contraction forces will be applied in all directions, making the device inefficient at best.

So to better harness the cells' power, researchers turn to micropatterning. We stamp or print microscale lines on the skeleton made of substances that the cells prefer to attach to. These lines guide the cells so that as they grow, they align along the printed pattern.

With the cells all lined up, researchers can direct how their contraction force is applied to the substrate. So rather than just a mess of firing cells, they can all work in unison to move a leg or fin of the device.

Google Robot Dog

Biohybrid robots inspired by animals

Beyond a wide array of biohybrid robots, researchers have even created some completely organic robots using natural materials, like the collagen in skin, rather than polymers for the body of the device. Some can crawl or swim when stimulated by an electric field. Some take inspiration from medical tissue engineering techniques and use long rectangular arms (or cantilevers) to pull themselves forward.

Others have taken their cues from nature, creating biologically inspired biohybrids. For example, a group led by researchers at California Institute of Technology developed a biohybrid robot inspired by jellyfish. This device, which they call a medusoid, has arms arranged in a circle. Each arm is micropatterned with protein lines so that cells grow in patterns similar to the muscles in a living jellyfish. When the cells contract, the arms bend inwards, propelling the biohybrid robot forward in nutrient-rich liquid.

More recently, researchers have demonstrated how to steer their biohybrid creations. A group at Harvard used genetically modified heart cells to make a biologically inspired manta ray-shaped robot swim. The heart cells were altered to contract in response to specific frequencies of light – one side of the ray had cells that would respond to one frequency, the other side’s cells responded to another.

When the researchers shone light on the front of the robot, the cells there contracted and sent electrical signals to the cells further along the manta ray’s body. The contraction would propagate down the robot’s body, moving the device forward. The researchers could make the robot turn to the right or left by varying the frequency of the light they used. If they shone more light of the frequency the cells on one side would respond to, the contractions on that side of the manta ray would be stronger, allowing the researchers to steer the robot’s movement.

artificial intelligence robot

Toughening up the biobots

While exciting developments have been made in the field of biohybrid robotics, there’s still significant work to be done to get the devices out of the lab. Devices currently have limited lifespans and low force outputs, limiting their speed and ability to complete tasks. Robots made from mammalian or avian cells are very picky about their environmental conditions.

For example, the ambient temperature must be near biological body temperature and the cells require regular feeding with nutrient-rich liquid. One possible remedy is to package the devices so that the muscle is protected from the external environment and constantly bathed in nutrients.

Another option is to use more robust cells as actuators. Here at Case Western Reserve University, we’ve recently begun to investigate this possibility by turning to the hardy marine sea slug Aplysia californica. Since A. californica lives in the intertidal region, it can experience big changes in temperature and environmental salinity over the course of a day.

When the tide goes out, the sea slugs can get trapped in tide pools. As the sun beats down, water can evaporate and the temperature will rise. Conversely in the event of rain, the saltiness of the surrounding water can decrease. When the tide eventually comes in, the sea slugs are freed from the tidal pools. Sea slugs have evolved very hardy cells to endure this changeable habitat.

biobot

We’ve been able to use Aplysia tissue to actuate a biohybrid robot, suggesting that we can manufacture tougher biobots using these resilient tissues. The devices are large enough to carry a small payload – approximately 1.5 inches long and one inch wide.

A further challenge in developing biobots is that currently the devices lack any sort of on-board control system. Instead, engineers control them via external electrical fields or light. In order to develop completely autonomous biohybrid devices, we’ll need controllers that interface directly with the muscle and provide sensory inputs to the biohybrid robot itself. One possibility is to use neurons or clusters of neurons called ganglia as organic controllers.

That’s another reason we’re excited about using Aplysia in our lab. This sea slug has been a model system for neurobiology research for decades. A great deal is already known about the relationships between its neural system and its muscles – opening the possibility that we could use its neurons as organic controllers that could tell the robot which way to move and help it perform tasks, such as finding toxins or following a light.

While the field is still in its infancy, researchers envision many intriguing applications for biohybrid robots. For example, our tiny devices using slug tissue could be released as swarms into water supplies or the ocean to seek out toxins or leaking pipes. Due to the biocompatibility of the devices, if they break down or are eaten by wildlife these environmental sensors theoretically wouldn’t pose the same threat to the environment traditional nuts-and-bolts robots would.

One day, devices could be fabricated from human cells and used for medical applications. Biobots could provide targeted drug delivery, clean up clots or serve as compliant actuatable stents. By using organic substrates rather than polymers, such stents could be used to strengthen weak blood vessels to prevent aneurysms – and over time the device would be remodeled and integrated into the body.

Beyond the small-scale biohybrid robots currently being developed, ongoing research in tissue engineering, such as attempts to grow vascular systems, may open the possibility of growing large-scale robots actuated by muscle.

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11 Aug 14:35

FullContact raises $25M more to take on LinkedIn in contact management

by Ingrid Lunden
3122900531_8d3883f542_b As LinkedIn inches closer to completing its $26 billion acquisition by Microsoft, smaller rivals have stepped up their game building viable alternatives for those who might want more independent products when it comes to managing contacts in their professional networks. FullContact — one such competitor — has now raised a further $25 million. The funding brings the total… Read More
11 Aug 14:33

Google's top education expert predicts what schools will look like in 50 years

by Chris Weller

san francisco altschool 4395 skitch

Schools today look almost nothing like they did 50 years ago.

Kids aren't riffling through card catalogs or prying open dusty encyclopedias in the library — they're browsing online databases and deftly rooting through Wikipedia on personal laptops.

According to Jonathan Rochelle, head of product management for Google Apps for Education, the next 50 years might see even crazier advances.

Collaboration will be king

By 2066, Rochelle says, schools are poised to become highly collaborative spaces, thanks to the advent of virtual and augmented reality. Instead of needing to meet in the same physical space, kids could work on long-term projects remotely and interact through online platforms.

Rochelle has a unique perspective on the value of teamwork: In 2006, he co-founded the Google Docs suite. He's since worked on subsequent Drive products, many of which Google has brought to schools in the form of Google Classroom, a cloud-based platform that integrates Google Apps to expedite scheduling and note-sharing.

Rochelle believes schools of the future will embrace collaboration as a top priority as the Internet continues to bleed into people's daily lives.

"We should never underestimate the importance of social interaction and co-working," he tells Business Insider. "So as much as schools want to get the value of calculus or coding into kids' heads, let's not forget to teach how to interact with each other."

Machines learn, kids learn

For kids to work together in the best way possible, schools have to group them in the best possible way.

That's where Rochelle sees machine learning entering the picture. Educators will be able to give students online tests that are smart enough to group kids by interest and skill level, rather than the current system of grouping them by age.

That kind of intuitive machine learning could also help put kids on the right career path. Rochelle points to those often-mocked career placement tests that high school freshmen and sophomores take — the one that might've told you that you should either become a plumber or a heart surgeon.

In the future, he says, there will be legitimate tools that can help guide students towards particular subjects. Those who don't like math but show a strong capacity for reading and language may be told they don't need to take calculus, for example, while another student whose scores favor math can focus on that.

Sophisticated data like this will create the perfect conditions for the kind of collaboration that is essential to effective learning, Rochelle says.

robot

Over the next five decades, he also sees AI getting advanced enough for people to interact with machines in the same way people interact with one another.

By 2066, he says, kids will be able to ask questions of classroom robots in the same way they'd ask a peer or their teacher. That innovation is already making waves in the field of law, in the form of robot legal assistants powered by IBM Watson.

Rochelle suspects education won't be far behind.

The tech revolution needs teachers to lead it

But Rochelle knows technology can't transform education on its own — it takes a smart application of cutting-edge products to help kids learn. As the world gets more technologically advanced, it's partly up to teachers to make sure kids feel comfortable using the latest products effectively.

Those are the skills that will give them the greatest leg up as citizens, Rochelle says.

 

"Imagine if we could teach kids all the tools that are at their disposal," he says, "and let them take the next step to stand on the shoulders of giants."

SEE ALSO: The 14 most innovative schools in America

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10 Aug 16:02

The White House's New Facebook Messenger Bot Makes It Easy To Send A Message To Obama

by E.B. Boyd

In an interview with Fast Company, White House techies Jason Goldman and Josh Miller explain the idea behind the new mini-app.

In an interview with Fast Company, White House techies Jason Goldman and Josh Miller explain the idea behind the new mini-app.

Today, the White House is releasing a Facebook Messenger bot that allows users to send notes to the president.

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10 Aug 14:18

These two guys just hacked the chip card that was supposed to keep your credit card safe

by Paul Szoldra

black hat payments talk

LAS VEGAS — That fancy new chip card that you have to insert into the credit card reader at checkout isn't safe, either.

Though most credit card companies are moving away from cards that swipe to chip cards — or EMV for Europay, MasterCard, and Visa — two researchers presenting at the Black Hat security conference last week demonstrated how a criminal can steal the data from cards that are being billed as more secure.

"EMV is cool," said Nir Valtman, head of application security at NCR Corporation. "But it is not a secure standard."

In a demonstration of the research on Wednesday, Valtman and his colleague Patrick Watson showed that an attacker can capture what is called Track 2 data that's transmitted from the card to the card reader using a small Raspberry Pi computer. The captured data, which is sent unencrypted, can then be used to create a normal magstripe card for use on older, offline systems.

"You can write the data to a magstripe card and if you’re offline, no one’s the wiser," Watson said.

Obviously, this type of hack requires physical access to a store's card reader. A bad guy would have to actually hook up a Pi to grab this data, which would be very suspicious to both consumer and retailer alike.

But, as is often the case, criminals are smart, and technology keeps getting smaller. Just like the proliferation of credit card and ATM "skimmers" that are often incredibly difficult to spot, a Pi-enabled EMV skimmer sending this data wirelessly back to a thief isn't that far outside the realm of possibility.

Valtman and Watson also demonstrated other ways to go after the old swipe cards, by updating the software on the machine to run their own malicious code. The new firmware would not only capture card data, but it could also be programmed to give an error message telling a person they entered their PIN incorrectly, so once they re-enter it, an attacker has it.

The pair did not disclose the model of the card reader they conducted their demo on, but said it was a popular one that is being used right now. They also said they disclosed their findings to the manufacturer and recommended encryption usage, but were told by the company that the hardware was too old to use even the most basic standards.

A slide in their presentation responded to this from a hacker's perspective, saying, "It wasn't encrypted. I had to steal it."

The two men did suggest fixes to the problem, which include the use of strong encryption in the payment process, and the allowance of firmware updates that are signed only by the vendor. But for consumers, they said people should never re-enter their PIN number, and be weary of any prompts not often seen. They also recommended app-based systems like Apple Pay since they often utilize better security.

SEE ALSO: Hackers show how they tricked a Tesla into hitting objects in its path

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09 Aug 15:20

Yahoo has patented technology to 'pre-deliver' emails before you even write them (YHOO)

by James Cook

Marissa Mayer

Yahoo has patented a system that will "pre-deliver" emails before you send them, according to a new patent filing.

The document outlines a technology that monitors how people use email and watches for regular patterns.

If someone regularly forwards or sends the same email every day or after a certain action, then Yahoo will quietly send that email for them, but it will remain hidden. Then, when it's actually sent, it will show up.

And if you don't send your regular email, then Yahoo quietly deletes the hidden version after 24 hours.

Why does Yahoo care about pre-delivering email? Well, using this method it can send emails at times that suit it best — such as when the network isn't under heavy load. Yahoo can secretly pre-deliver messages during what it calls "off-peak" times, and then they show up when they're actually sent.

The patent was originally filed by Yahoo employee Varun Bhagwan in 2014, but it was granted to the company on Tuesday.

Here's a description from Yahoo's patent filing of a scenario in which pre-delivering an email would be useful:

"Bob receives an itinerary email from an airline or travel agent. For the purpose of non-limiting example, assume such an email is sent to Bob by JetBlue.RTM. after booking airline tickets for an upcoming trip. Bob typically forwards such types of emails (especially airline ticket itinerary emails) to Jill (his wife). As discussed in more detail below, this behavior or pattern is recognized by the disclosed systems and methods, and thereby triggers a rule. In this case, the rule associated with such pattern triggers the JetBlue.RTM. email being automatically pre-delivered or forwarded to Jill. As discussed herein, such pre-delivery involves the email being sent to Jill's inbox; however, the message is not displayed in her inbox. The message is hidden due to the display flag being set to "false" upon it being first sent. This pre-delivered email can be sent during times of low or "off-peak" network or system utilization to better manage bandwidth utilization in the email system and associated network(s).

Sometime in the future, Bob may act in his usual way and forward or send the itinerary to Jill. When Bob forwards/sends the travel itinerary email to Jill, this will not result in the email being re-sent but rather will trigger a transmission to trigger the display flag in the pre-delivered email to change to "true." In other words, when Bob finally "forwards" the email to Jill no further email is sent, but rather the previously pre-delivered (and hidden) email will be displayed (or appear) in Jill's inbox by virtue of receipt of the flag change message. The timestamp for such delivery will be associated with the time Bob actually sent/forwarded the email (not the pre-delivery time). However, embodiments can exist where the timestamp may be associated with the pre-delivery time."

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09 Aug 04:55

Staples abandons home automation (SPLS)

by BI Intelligence

Smart Home DevicesThis story was delivered to BI Intelligence IoT Briefing subscribers. To learn more and subscribe, please click here.

Staples announced that it is transitioning its Staples Connect smart home platform to Z-Wave Products, an authorized dealer of Z-Wave-compatible products, according to Twice.

While terms of the deal were not disclosed, Z-Wave Products will take over sales and support for Connect. Zonoff, a software company that had helped Staples develop Connect, will step in to maintain the platform and provide updates to the software.

Connect is a DIY platform that facilitates control to around 150 devices produced by more than three dozen brands, notes Twice. Staples said in an email that the move to sell was due to "changing market dynamics and a focus on more business-oriented solutions." This aligns with Staples interim CEO Shira Goodman's statement in June that the company would be ramping up its focus on mid-market businesses.

In a statement on its website, Staples noted that this does not indicate the end of Connect.The company elaborated that Staples Connect will continue to operate on its app, and that Zonoff will continue to update the platform to avoid user disruption. Zonoff's Chief Marketing Officer Kevin Garton said that the company is very interested in continuing to grow and evolve the platform.

This move raises questions over the future of growth in the home automation market. Overall, smart home market growth remains relatively stagnant, but new players continue to enter the market looking to cash in on what's supposed to be a hot market. Staples and Lowe's were the two major retailers that entered early by offering a DIY platform. Their competitive advantage was leveraging their brick-and-mortar locations to sell compatible products.

But new players in the market have realized that they too control crucial components of the DIY smart home buying process and are ramping up their DIY platforms. For example, tech giant Apple recently announced it was building out its Apple Home ecosystem, which will be a major competitor to these DIY platforms.

At its current state, we believe the smart home market is stuck in the 'chasm' of the technology adoption curve, in which it is struggling to surpass the early-adopter phase and move to the mass-market phase of adoption.

There are many barriers preventing mass-market smart home adoption: high device prices, limited consumer demand and long device replacement cycles. However, the largest barrier is the technological fragmentation of the smart home ecosystem, in which consumers need multiple networking devices, apps and more to build and run their smart home.

John Greenough, senior research analyst for BI Intelligence, Business Insider's premium research service, has compiled a detailed report on the U.S. smart home market that analyzes current consumer demand for the smart home and barriers to widespread adoption. It also analyzes and determines areas of growth and ways to overcome barriers.

Here are some key takeaways from the report:

  • Smart home devices are becoming more prevalent throughout the US. We define a smart home device as any stand-alone object found in the home that is connected to the internet, can be either monitored or controlled from a remote location, and has a noncomputing primary function. Multiple smart home devices within a single home form the basis of a smart home ecosystem.
  • Currently, the US smart home market as a whole is in the "chasm" of the tech adoption curve. The chasm is the crucial stage between the early-adopter phase and the mass-market phase, in which manufacturers need to prove a need for their devices.
  • High prices, coupled with limited consumer demand and long device replacement cycles, are three of the four top barriers preventing the smart home market from moving from the early-adopter stage to the mass-market stage. For example, mass-market consumers will likely wait until their device is broken to replace it. Then they will compare a nonconnected and connected product to see if the benefits make up for the price differential.
  • The largest barrier is technological fragmentation within the connected home ecosystem. Currently, there are many networks, standards, and devices being used to connect the smart home, creating interoperability problems and making it confusing for the consumer to set up and control multiple devices. Until interoperability is solved, consumers will have difficulty choosing smart home devices and systems.
  • "Closed ecosystems" are the short-term solution to technological fragmentation. Closed ecosystems are composed of devices that are compatible with each other and which can be controlled through a single point.

In full, the report:

  • Analyzes the demand of US consumers, based off of survey results
  • Forecasts out smart home device growth until 2020
  • Determines the current leaders in the market
  • Explains how the connected home ecosystem works
  • Examines how Apple and Google will play a major role in the development of the smart home
  • Some of the companies mentioned in this report include Apple, Google, Nest, August, ADT, Comcast, AT&T, Time Warner Cable, Lowe's, and Honeywell.

To get your copy of this invaluable guide, choose one of these options:

  1. Subscribe to an ALL-ACCESS Membership with BI Intelligence and gain immediate access to this report AND over 100 other expertly researched deep-dive reports, subscriptions to all of our daily newsletters, and much more. >> START A MEMBERSHIP
  2. Purchase the report and download it immediately from our research store. >> BUY THE REPORT

The choice is yours. But however you decide to acquire this report, you’ve given yourself a powerful advantage in your understanding of the smart home market.

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08 Aug 22:21

The internet is driving athletes to do crazy things no one knew were possible

by Kevin Loria

Felix Baumgartner

On July 30, 2016, Luke Aikins jumped out of a plane 25,000 feet above the Earth without a parachute.

Intentionally.

After two minutes, he flipped onto his back and landed not quite in the center of a 10,000 square foot net that he'd targeted from above.

That's not the only crazy skydive to happen in recent years. In October of 2012, Felix Baumgartner leapt out of a balloon floating in the stratosphere, 39 kilometers above Earth. Two years later, that record too was broken, when Google's Alan Eustace jumped from just over 41 kilometers up.

In extreme sports of all kinds, people are doing things that would have once been considered impossible or just plain insane.

In 2013, Catalan endurance athlete Kilian Jornet ran up and down the 14,692-foot-high Matterhorn in two hours, 42 minutes. The first ascent of that mountain took approximately two days — and four of the climbers were killed in an accident.

Similarly, there's been an explosion in the number of ultramarathons, alongside growing numbers of ultrarunners trying to get into those races.

freediving

In one of the most extreme examples, freediving — no oxygen tanks allowed — has long been the domain of lobster hunters and pearl divers. But now that it's become an athletic discipline, people are going deeper than we knew was humanly possible — sometimes with deadly consequences. In 1949, scientists thought that going deeper than 100 feet would kill divers, crushing their lungs.

Now, divers using aid (weights and balloons) to descend and ascend have gone more than 700 feet into the depths of the sea, all on a single breath. Some experts think it won't be long until we hit 1,000 feet underwater.

The internet as driving force

So the question is, where does this exploding interest in achieving the extreme come from?

The internet could largely be responsible, according to Dr. Michael Joyner, a physician and Mayo Clinic researcher who is one of the world's top experts on fitness and human performance.

"What used to happen is there were all these communities of ultramarathoners, ultra endurance athletes, [and others]," says Joyner. "There really were subcultures." Those subcultures were pushing the limits in their sports, but the size of those communities was extremely limited — at least until we could easily connect to each other online.

In the past, he explains, you weren't likely to run an ultramarathon unless you knew other people who were ultramarathoners in the first place: You wouldn't even know that it was a thing people did.

carlos sa badwater ultramarathon

You don't push the limits of human performance without being aware of what those supposed limits are, and the internet has made us more aware than ever of any seemingly insane accomplishment out there.

"Now it’s possible for people all over the world to connect via the internet, and people are getting into some very interesting things," says Joyner.

The web doesn't just make us aware of the extreme things people are doing. It also enables us to start to learn those things on our own. Want to start freediving? You can easily find communities with starter tips (though please be careful — it's an extremely dangerous sport). Same for ultrarunning or pretty much anything else you can imagine.

Joyner warns that sometimes, this ease of access can cause people to do things they aren't prepared for. But for those who carefully work their way up to whatever extreme accomplishment they want to achieve, this is how we'll continue to see that the perceived limits on human performance are just that: perceived — until they've been exceeded.

SEE ALSO: The 2 exercises that will keep you fit for life

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