Named after its creator’s progeny, the Kirivan may be the most impressive mobile home ever made, using cutting-edge technologies to blend the best elements of a luxury motorhome, zombie apocalypse vehicle and high-tech hideout.

Inspired by the birth of his daughter, innovator and inventor Bran Ferren began this incredible multi-year project in anticipation of future travel. The resulting adventure vehicle is designed to drive for up to 2,000 miles without stopping for supplies and features a pop-up penthouse for use as Kira’s personal retreat.

As Wired reports, the vision involved “a mix of high-powered machinery, bomb-shelter self-sufficiency, and luxe-life accoutrements. It would be a mobile, malleable five-star fortress. It could form the centerpiece of his and Kira’s exploration of the world and be her ride into the future.” (infographic diagram below by Bryan Christie Design)

So how does one man find the time, skills and money for such an ambitious undertaking? Ferren is the former head of research and development for Disney’s Imagineering department, for starters, and currently heads Applied Minds, a design and technology company that has done work for everyone from General Motors to the US Air Force. All of this shows in the design, which reflects a hybrid of engineering strategies appropriated from the design of land, air and even space vehicles.

A futuristic marvel with endless technological surprises, this all-terrain vehicle is designed to climb 45-degree slopes, use thermal imaging for road analysis, deploy advance drones to scout out obstacles ahead and so much more. On the flip side of its amazing array of safety features are a range of luxury ones as well, including comfortable seats, a full kitchen and bathroom and other amenities that provide for far more than mere survival. Of course, it is also a work in progress – there no doubt this creative dad will evolve ever more functionality as his child grows older as well.

Touch input has already almost entirely eliminated the need for physical keyboards and mouses, but soon, it won’t even be confined to a screen. Researchers are developing systems that can register and translate hand movements in thin air, or even replicate the sensation of three-dimensional objects and textures. Here are 13 intriguing touch tech inventions.

Touch Tech for Artificial Limbs

Prosthetics allow amputees to do all sorts of things they wouldn’t be able to do otherwise, but they’ve been missing one very crucial thing: the sense of touch. That could change, with experiments at the University of Chicago developing a moldable plastic material containing piezoelectric powder that can sense pressure at any point on a surface by turning it into an electric voltage. They were able to translate those electric signals to the human nervous system, so they can be interpreted by the brain as touch. The next challenge is adapting this touchscreen technology, borrowed from smartphones, to the soft and curved surfaces of prostheses.

Feeling Objects in Thin Air

Imagine being able to touch something that’s not really there. A new kind of touch technology being developed by the research wing of the Walt Disney Company allows users to feel textures on a touchscreen as well as touching holographic objects projected into space, as through an Xbox Kinect. Called ‘haptic technology,’ it works by blowing small rings of air at a user to simulate texture, movement or collisions with objects. It could potentially revolutionize the gaming experience, and also be useful in medical settings.

Board Transforms Touch into Sound

Developed by London-based studio Bare Conductive, the ‘Touch Board’ translates touch into sound. Any conductive material can be turned into an interface; in this case, electrically conductive paint is applied to a surface. You connect the touch board to a speaker, and plug it into a micro USB cable. Interaction with any of the electrodes cause an MP3 player to play an associated track from the card.

Transmit Audio Messages With the Touch of a Finger

What if you could hear through someone’s finger? ‘Ishen-Den-Shin’ technology (named for a Japanese phrase meaning “what the mind thinks, the heart translates”) uses the human body as a sound transmitter. A handheld microphone connected to a computer records as soon as it hears a person speak and transforms it into a sound loop which is converted into a harmless high-voltage inaudible signal transmitted to the microphone’s conductive casing. That means whoever holds the microphone becomes a human sound emitter. If they touch an object or another person’s ear with their finger, the small sound vibrations can be heard.

Augmented Reality Touchscreen Interface

An augmented reality touchscreen interface from Fujitsu Laboratories can turn any surface into a touch screen using off-the-shelf cameras an projectors. Users can trace their fingers across a document on a table, copy it as digital data, and display it virtually. The camera measures irregularly shaped objects on a table, and automatically adjusts the coordinate systems that make it possible to match finger movements and touching of objects to the digital display projected onto physical objects.

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Tactile Technology 13 Off Screen Touch Input Inventions

This author would like nothing more than to tell you that the above images are of a real-life working prototype of the most amazing invention of the century. That sentence should be clue enough, however, to the contrary. How is it, then, that these photos misled 5,000 publishers worldwide and, consequently, an awed global audience of millions?

It started with HyperStealth Biotechnology Corp, aptly or ironically a company of self-described “Leaders in Camouflage, Concealment and Deception.” They developed a compelling set of pictures of a next-generation technology designed to work without batteries, mirrors or cameras (perhaps more popular than ever after the special effects of the Harry Potter series).

Though they subsequently clarified the photographs were manipulated, their bold headline (“Quantum Stealth; The Invisible Military Becomes A Reality”) suggested to readers – and duped news outlets – that what they were showing were working images of an actual finished product.

By the end of 2012, Guy Cramer of Hyperstealth had conducted “20 interviews on this subject” but there were already “over 5,000 worldwide news stories” that had come out in just over a single week, each one dropping a piece or two of critical information. Most prominently: many failed to mention (or perhaps simply did not understand) that the images shown were not a reality.

To be fair: Guy still claims to have presented the product to multiple governments and militaries, and that what he has does, in reality, work not just at one angle but from all sides – he simply cannot show the prototypes due to high-level non-disclosure agreements. In the interest of playing it safe, this author will not weigh in on the validity of those claims either way.