Geospatial technology is an important branch of science, albeit one that most people are unfamiliar with. Geospatial technologies, such as GPS, are fundamental to much of modern technology. Can you remember the last time you saw a phone that didn’t know your exact location at any given time? While geospatial technologies are important, they just aren’t ‘sexy’ enough to garner mainstream interest. For better or for worse, geospatial technology remains a niche area that only enthusiasts and professionals tend to play about in.
That could soon change, however. The emergence of smart glasses, and now even smart contact lenses, offer a natural way to combine two seemingly disparate areas of technology and raise awareness of the world of geospatial technology.
What are ‘Smart Eyes’?
We are some way off the point where we can produce artificial eyes to be used in the human body, but by making use of special glasses or contact lenses, it is actually relatively simple to provide the user with an augmented version of reality. By introducing geospatial technology into the mix, we could soon produce smart contact lenses, which would offer the wearer an overlay of information about the world around them.
What Can Geospatial Tech Add to This?
Integrating GPS technology into a wearable computer in the form of smart glasses or a smart contact lens means that the wearer could be able to see the route that they need to take to get between two points. For pedestrians on foot, this overlay will make things easier. For the driver of a car, it would allow them to keep their eyes on the road at all times, while still being able to clearly see all the relevant digital information about their journey.
Not only this, but such devices could also provide powerful educational tools by giving the wearer detailed information about their environment. This is an excellent opportunity to get more people interested in geospatial technologies, as well as encouraging those who currently work in the industry to think of some new and creative applications for it.
The interest in producing smart lenses is not merely an excuse to indulge in some cool new technological concepts. One of the main driving factors behind the development of these lenses is their potential medical uses. For years, biomedical engineers have been working to integrate simple diagnostic and medical devices into clothing – and even into other devices. Smart lenses could passively collect various pieces of data and could then warn the wearer if they start showing signs of a problem in their eyes.
If developing such technologies sounds of interest to you, then check out this biomedical engineering degree offered by Rutgers University. Rutgers biomedical engineering degrees teach students everything they could possibly want to know about the world of biomedical engineering and it is the perfect degree choice for those who want to combine a love of technology with the altruism of working in medicine.
Smart lenses could soon open up a whole new world of possibilities for both biomedical engineers and geospatial technology professionals. We will watch their development with keen interest.