What Smart Glasses Are Really All About

Glasses2

Sorry, but Google botched the Smart Glasses it called, Google Glass. 


Why?


– Geeky-looking

– Privacy issues (e.g. videocameras in bathrooms)

– Apps lagged with practical applications


However, I am certain that computers wearables or implants will take off–although probably not through this first iteration of the Apple Watch either–still don’t know a soul who bought into this!


Until then, what about really smart glasses?


No, not the type that will provide apps and virtual reality superimposed over everything you see.


But rather, glass that medically allow you to see under any and all conditions. 


– It’s a “one time prescription”–that adjusts with you as your eyes change. Like the machine the optometrist uses to change the prescription this way and that asks you which is better, only these glasses automatically adjust to whatever your prescription is that moment, day, or year. 


– Autofocus and zoom–want to see what’s going on from the bleachers at the game or can’t see the sign in the distance, simply focus on the person or object and voila you can see in zoom. 


– All Terrain–and no more bifocals–wherever you look–near or far–that is where the prescription adjusts to.


– All Weather–sunny days or cloudy skies–the glasses adjust to the light and conditions automatically–no more polarized shades. 


If you ask me, these are functionally smart glasses–and you don’t need to go to the likes of Pearl Vision and get gouged on new glasses every year. 


Hey, and if your fashion conscious, you can still pop ’em out and fit them snuggly into another new frame with some designer’s name on it, all made in China for about a buck! 😉


(Source Photo: Andy Blumenthal)

Remodulate The Shields For Cyber Security

I really like the concept for Cyber Security by Shape Security.

They have an appliance called a ShapeShifter that uses polymorphism to constantly change a website’s code in order to prevent scripted botnet attacks–even as the web pages themselves maintain their look and feel.

In essence they make the site a moving target, rather than a sitting duck.

This is like Star Trek’s modulating shield frequencies that would prevent enemies from obtaining the frequency of the shield emitters so they could then modify their weapons to bypass the shield and get in a deadly attack.

In real life, as hackers readily change their malware, attack vectors, and social engineering tactics, we need to be agile and adapt faster than the enemy to thwart them.

Changing defense tactics has also been used by agencies like Homeland Security to alter screening methods and throw potential terrorists off from a routine that could be more easily overcome.

I think the future of IT Security really lies in the shapeshifter strategy, where the enemy can’t easily penetrate our defenses, because we’re moving so fast that they can’t even find our vulnerabilities and design an effective attack before we change it and up our game again.

And hence, the evil Borg will be vanquished… 😉

Those Are Some Prosthetics

Wow, prosthetics have come a long way–these are tough!

This video from Biodapt shows their high-performance Moto Knee being used in a variety of action sports including snowmobiling, motor biking, mountain biking, horseback riding, water skiing, snow boarding, and jet skiing.

Bloomberg BusinessWeek (11 July 2013) explains how the Moto Knee has hydraulic components that provide “tension and range of motion for intense physical activity.”

They cost around $6,000 and don’t replace the regular walking version, but Mike Schultz, the developer understands the need for these advanced prosthetics having lost a leg himself in a 2008 competitive snowmobiling accident.

I think it’s wonderful that these high-tech devices are being made available for disabled people to be able to do a wide range of exciting activities.

My hope is that as the technology continues to advance that we can have–like a person’s legs–one prosthetic device that is adaptive for use in every day use as well as more intense activities and sports.

It is hard to imagine people voluntarily trading their body parts for mechanical implants–but one day, in the not too distant future, these mechanical limbs will not only be a substitute for repair of real body parts, but will actually provide some superior capabilities–they will be used for body augmentation–and thus even be desirable by those who haven’t lost limbs.

What gives a leg up to prosthetics, as Hugh Herr in the Wall Street Journal (12 July 2013) put it is “that the designed parts of the body can improve in time, whereas the normal body, the biological body, degrades in time.”

With regenerative medicine and replacement parts by design, more than ever our physical bodies will be just the transient vessel that houses our heart, mind and soul–that which really makes us, us. 😉