What’s up with Holograms and Hologram Projectors?
“Help me Obi Wan Kanobi. You’re my only hope.” Anyone who has seen the original Star Wars Movies would probably think about this scene when someone brings up hologram technology. You’re probably wondering in today’s day and age of self gene-editing, where all the holograms are? Also known as holography, we like to define this as the ability to display a 3D object (still or moving) in a space without the need for the viewer to wear glasses (a technique referred to as autostereoscopy). That’s going to be a whole lot easier to digest than this technical explanation on Wikipedia:
Unlike a recent article by Wired that claims all science is bullisht, we actually believe in science, and don’t want to dismiss the technical explanation of how holograms are produced. We just want to simplify how we would differentiate a hologram from augmented reality (AR). In the case of AR, the user wears a device that overlays digital objects onto the real world. In the case of a hologram, there is a device called a hologram projector that creates 3D objects in mid-air (as opposed to a standard projector that displays images on a solid background).
So what use cases can we think up that might lend themselves to the use of hologram technology versus augmented reality? You might think of things like training and education, though in those cases you are likely to be in a setting where the participants could easily don wearables. One immediate application would be advertising. Think about Disney projecting holographic characters from their latest movie in Times Square. What if they combined those holograms with some LiDAR such that the holograms appeared to interact with people? Right away we can see how much appeal this has for advertising. We, therefore, want to find any startups that are building a hologram projector that can be used for any such use case.
Some companies are trying to combine the use of holographic technology with a wearable which is just augmented reality, regardless of the technology used. This is where things get blurry, so we’ll give you one example of such a company. Founded in 2014, U.K startup WaveOptics has taken in $15.84 million in funding to develop “an optical design that harnesses waveguide hologram physics and photonic crystals rather than conventional augmented reality projection“. That sounds really cool and all, but it required the user to wear a headset that overlays digital objects over the real world:
Sure, the technology removes the “need for bulky, power-hungry projection hardware” but the end result is no different than any other AR headset out there which requires a wearable for you to see cool things. While WaveOptics is also working on “large eye box technology” for indoor and outdoor displays, what we’re visualizing when we think of holograms is more like what our next company is working on.
Founded in 2012, London startup Kino-mo has taken in an undisclosed amount of funding from investors like Mark Cuban and Sir Richard Branson (Branson is just like Elon Musk but with a British accent and better hair). The product itself looks like a fan and projects some pretty cool holograms into space for use as marketing displays and such. This is what their device looks like along with some specs:
One limitation of the product is that you’ll need to keep it out of reach otherwise people are likely to stick their hands into the spinning blades. Some of the names they list as clients include Dell, McDonald’s, and Red Bull. Here’s a short demo of the technology if you want to see how it looks.
Founded way back in 1996 by a bunch of MIT graduates, this Austin, Texas startup has taken in funding consistently over the years to the tune of around $30.8 million. While the name of the company is Zebra Imaging, the technology they’re currently developing was acquired in 2015 and goes by the name of FoVI 3D:
While they provide an extremely technical walkthrough of this technology, in a nutshell, it’s going to be all about AR and VR without the need to wear any glasses. They have already released a developer kit which you can play with and they’re also doing some work with the U.S. Navy to build onboard display systems. We can only imagine how cool radar could look with this type of technology.
Going back across the pond again, our next startup is based out of Edinburgh, Scotland and has taken in $1.6 million in funding to develop their award-winning holographic video displays that are interactive and will blow your mind if we’re to believe their claims. The interactivity element is made possible by a Kinect interface that allows you to touch icons in space or draw things in mid-air. They’re currently working on their third generation display which will target medical imaging and security markets. Another possible application of their technology is in automotive space, but we’ll let our next company introduce that.
While this next startup is developing some pretty niche technology, it’s one of the coolest things we’ve seen in the automotive space if the pictures are to be believed. Founded in 2012, Swiss startup WayRay has taken in $28 million in funding so far from investors that include Chinese e-commerce giant Alibaba. One of the products being developed is the first ever holographic navigator which actually projects the images out onto the road in front of you (similar to WaveOptics which we discussed earlier but without the need for a headset):
That imagery is made possible by a small device you mount on the dashboard. You have to ask yourself just how long it will be before this comes standard on vehicles direct from the manufacturer. One of our MBAs said they’d happily help out on beta testing the device so hit us up if you like free labor.
Since we’re talking about specific applications, medical imaging is one area where some cool stuff is happening. Founded in 2008, RealView Imaging is yet another Israeli startup that’s doing some remarkable things with the $10 million in funding they’ve raised so far. Their lead product is a hologram that is projected onto the patient while a surgeon is operating on them and they’ve already achieved “first in human” testing in collaboration with Philips Healthcare:
Those holograms are also interactive such that the surgeon can rotate, slice, mark, or measure with their hand during the operation. The technology come in the form of a large device you wheel around the operating room (think of a dentist’s light) and it shouldn’t be much of a surprise if they get acquired by one of the big medical device manufacturers.
A hologram article wouldn’t be complete without giving a shout out to the people who made Tupac appear on stage 5 years ago at a huge music festival called Coachella. You’ve never heard of Tupac Shakur you say? Well, he was a fine upstanding citizen who was minding his own business before being shot 5 times in Manhattan in an attempted robbery. That was just before he went to prison for sexual assault after which he was shot again 4 times which resulted in his untimely demise. He was also into singing and studied jazz, ballet and poetry growing up.
So anyways, Tupac reappears on stage as a hologram in front of 90,000 people and the end result was a 500% increase in his album sales, which is quite the feat considering he’s dead. While arguably the Tupac manifestation wasn’t a proper hologram, the company behind the technology, Musion, is worth a look. Founded in 2002, they’re a British company that’s taken in an undisclosed amount of funding to become a “world leader in 3D holographic technology“. You can read more about their various projects here.
Our last startup is one you may have seen in the news this year as they prepare to wow everyone with holograms that just might be coming out of your smartphone. Founded in 2014, Silicon Valley startup LEIA Inc. has raised $85 million in funding, the majority of which they spent on acquiring the rights to name their company after Princess Leia of Star Wars. We’re just kidding about that last part of course. They’ve taken all that money and used it to build “interactive holographic display technology for mobile devices”. Long story short, they’re using nanotechnology referred to as “Diffractive Lightfield Backlighting” or DLB to give standard smartphone displays “magical properties”:
With the amount of funding they’ve taken in, we can only assume that it’s just a matter of time before they give us just another reason to stare at our smartphones 24/7. They’re hiring a Game Designer which implies that the platform is mature enough to develop content on now.
When researching holograms, we came across quite a few cases where companies refer to augmented reality as “holograms”. For example, an AR company we’ve covered before called 8i claims to produce “real human holograms for augmented, virtual and mixed reality”. While it is true that you can scan a 3D image of yourself into augmented or virtual reality, they’re only holograms if someone can walk into the office and see one sitting at your desk day dreaming just like the real you. The notion of “glasses-free VR” that FoVI 3D describes is what we’re looking forward to, but without the constraints of devices such as these:
Holograms need to appear within an unrestricted space, such that our entire reality becomes “overlayed” with digital objects. Of course what we’re describing there is actually just what augmented reality is. If you’re just willing to put on a pair of glasses, like Microsoft’s aptly named “HoloLens”, then hologram technology is already here.
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