Name: 2019年になってしまいました。私たちのスマートグラスはどこへ行ったのか！？ (It's 2019. Where are our smart glasses?!)
Uploaded: 2021-01-14T08:32:35.000Z
Duration: 5 min 56 s
Description: VoiceTubeの動画で発音を聞きながら英語表現を覚えよう！学べる英語：

For years the tech world has been fantasizing about replacing your phone with a pair of electronic glasses.

法助動詞 B1

You might remember the hype around Google Glass back in 2013.

様態の副詞

But you might also remember that people weren't exactly thrilled by the idea.

And a lot of people today, think of Glass as a failed experiment.

But Google didn't actually give up on Glass.

In fact, earlier this year, it's parent company Alphabet announced a revamp Glass headset and said it was no longer in experiment at all.

Meanwhile, Facebook and Apple are interested in building augmented reality glasses.

And AR start-ups like Magic Leap are getting huge investments.

So why don't you see people wearing them on the street?

Well, the reality of AR is a lot more nuance than the fantasy.

To see where these smart glasses live in the real world, we need to look at the big picture.

The term AR glasses or AR headsets usually means something that overlays images onto the real world.

As opposed to virtual reality, which completely changes what you're seeing.

On one end of the spectrum, you're got products like Microsoft HoloLens which produce detailed 3D objects that look like they're actually sitting in real space.

These incorporate tracking cameras and advanced optics tech, but they're often bulky and expensive.

On the other, you've got simpler devices like Google Glass, which can look much more like normal glasses, but often just provide a flat visual overlay.

And some products split the difference ending up looking like bulky sunglasses.

Tech companies and pop culture spend a lot of time speculating about how AR glasses will change everyday life.

You could replace your TV with a virtual screen, for instance.

Or hang out with a holographic friend in your living room.

Or see your entire world covered by invasive dystopian advertising.

But whether you thing these ideas are cool or creepy, they've all got one thing in common.

And while we're at it, why is the US Army giving Microsoft 480 million dollars for Hololens headsets?

It's 2019 and we keep hearing about AR, but we don't see these glasses on the street.

There are some pretty obvious reasons to not wear AR glasses everywhere.

A lot of the options are uncomfortable or expensive.

And most of them have a limited field of view, so they're more like looking through a window, then, totally changing your view of the world.

AR glasses with cameras could enable a kind of nearly invisible surveillance, especially when you add a technology like facial recognition.

And things that block your eyes are often just fundamentally alienating to other people.

So most AR companies don't think of glasses as the new smart phone, at least not yet.

They're content with smaller sales and they're focusing on specific contexts where there're very clear benefits that outweigh the costs.

Microsoft, for example, only sold around 50 thousand Hololens headsets in it's first two years.

And it's said, it's happy with these levels.

These days Alphabet isn't trying to sell glass headsets like pixel phones or smart speakers.

It calls headsets enterprise editions, instead of the explorer edition it used to pitch as a prototype for consumers.

Industrial work is probably commercial AR's biggest market.

In fact the term "augmented reality" usually gets credited to a scientist at Boeing named Thomas Caudell.

In the early 90's Caudell prototyped a heads-up, see-through, head-mounted display that would let factory employees get information about aircraft overlaid on the actual planes.

They could see important points marked on the body, or read documentation about the planes incredibly complex wire harnesses.

The idea didn't pan out then, but Boeing started experimenting with Google Glass to help with harness wiring a couple of decades later.

Boeing announced an official AR glasses test on it's factory floor last year.

Companies like Ussex have also been selling AR glasses to these markets.

The 80's Air Force super cockpit program built fighter pilot heads-up displays into some really bulky helmets.

In 2018 Microsoft got that 480 million dollar contract with the US Army which could get up to a hundred thousand HoloLens headsets, both for training and for giving soldiers a heads-up display in live combat.

Marines have already used the headsets for training simulations.

Unlike with consumer AR glasses, these are situations where people are already used to surveillance and bulky specialized equipment.

You don't have to convince a bunch of individual users to each spring for a headset.

And the hardware's used for specific task where companies can measure their effectiveness.

The same goes for other places where AR is used, including surgeon's operating rooms and research institutions.

But some companies have been trying to bridge the gap.

The National Theatre in London uses EPSON MOVERIO glasses for closed captioning.

If you're hard of hearing you can still see what the actors are saying.

Now we're talking about using AR headsets for fun.

But it's still limited to a specific place and a specific use that doesn't make other people uncomfortable.

Also, it's the theater so no body should be looking at you anyway.

When companies try to build all purpose mass headsets, things get dicier.

Intel and North both designed sleek, relatively cheap glasses for smart watch style notifications.

But Intel decided that there wasn't a big enough market for it's product right now.

And North also faced lay-offs earlier this year, although it's still been rolling out new features.

Microsoft used to show-off consumer HoloLens apps, but these days it's almost totally focused on professionals.

AR start-up Magic Leap, which has gotten more than two billion dollars in funding and focuses on mass market entertainment.

We've seen Magic Leap One goggles in art installations.

And it's hiring developers to make cool apps and games.

But we're still waiting to see if Magic Leap has a sustainable business model.

Do people want to wear AR glasses all the time?

Right now the answer is still a clear, no.

And if you want to see how a company is designing a new AR headset in 2019, check out our video on Microsoft's HoloLens Two.