I wake to the sound of my smartphone, which has assessed the correct time for me to start my day by monitoring my circadian rhythm.
I then jump in my smartshower, which already knows what water temperature I like, and can also sense when I’m washing my hair to ensure the correct water pressure comes out.
Once out of the shower, I put on my smartwatch which instantly starts to count each beat my heart makes.
I walk downstairs to my kitchen feeling perfectly warm because my smart thermostat has learnt the room temperature I feel most comfortable with.
Finally, I pick up a freshly brewed coffee from my smart coffee machine that knows exactly when to turn on, based on when I wake up.
The Era of Smart Technology is Just Beginning…
We have entered the realm of omnipresent smart technology. Currently we occupy a fascinating period of time, where the scenario described above will either excite or scare you – and I hadn’t even began to describe what happens after I leave my smarthome to travel in my smartvehicle, through the smartcity, to my smartoffice!
In a previous blog I explored how technology may be viewed as an extension of self, that “our psychological propensity to reach beyond our physical capacity, while also manipulating and interacting with our environment, looks set to spur the next wave of technology ownership”. Indeed, the notions of ‘ownership’ and ‘self’ remain important constructs to explain the refined convergence of smart technology with our own innate capabilities. The line between technology and us is blurring as we navigate our way through a personal neural layer that will overlay the Internet of Things (IoT).
Wearables, Nearables, Hearables: The Explosion of IoT
The Internet of Things is a well-known term that describes the trend of embedding physical objects with technology that allows them to collect and exchange data via Wi-Fi. IoT is pegged to consist of a staggering 50 billion devices by the year 2020, bringing an ambient intelligence to our personal and professional lives.
In this exciting era of smart innovation, one that endeavours to remove any task that can be automated from our consciousness, how well do you know your IoT wave terminology?
Ok, I’ve started you off easy. Also known as wearables, wearable devices such as smartwatches are becoming a mainstream form of technology thanks to the popularity of fitness bands and complementing gamification possibilities.
‘Nearables’ are all about location, location, location. These are low-powered smart objects that trigger actions in nearby devices, such as those that utilise iBeacon to perform tasks based upon proximity.
Sound is such an important part of our lives and drives a huge proportion of our smartphone usage, thanks to voice and video apps. So why is it that wired earbuds or headphones are the only piece of technology that has gained social acceptance and ubiquity in this category? Now, hearable technology seems pegged to change the way users perceive and utilise devices worn in and around the ear. Some believe this is the next big area of IoT growth due to massive disruptive innovation, and that we’ll be spending over $5 billion on hearables by 2018.
We’re starting to see this technology break into the mainstream with the advent of the latest ‘mini Segway’ or ‘hoverboard’ – a ‘self-balancing, two-wheel, smart electric scooter’. This term can also refer to any technology that is affixed to a mode of transportation.
Here the line between technology and humans really gets blurred. Pegged to be the next step after wearables, embeddables would let humans essentially upgrade themselves with microscopic computers inserted beneath the skin. The evolution towards embeddables would take us from wearables that can report what we’re doing, to ones that inform us how we’re doing it.
Similar to embeddables, these technologies are designed to enter the human body. It may seem sci-fi – but the smartpill market is expected to reach $965 million by 2017. Development in this area is focused on healthcare applications used to monitor patients and deliver diagnostic imaging.
This is the notion that technology will start to take into account its surrounding context in order to perform certain actions.
Maybe we’re not meant to take technology with us; perhaps it should be positioned around us. There-ables describes the smart thermostats, coffee machines, mirrors, taps, showers, tables, and other appliances we’ll soon be adding to our homes and offices. Many believe this is one of the most sustainable smart technology concepts, and that ‘there-ables’ will survive well past the novelty phase of IoT.
Do You Have Wave-Envy?
How well did you know your IoT wave terminology, on a scale from zero to tsunami? With the current explosion of smart devices and wearables coming into the market, it seems that once the novelty becomes normalised for the critical mass of users, the potential for nearables, hearables, there-ables and the rest to be widely adopted will become more and more real.
Are you prepared to embrace the prolific adoption of smart technology? Even if you’re not, your Wi-Fi network needs to be.
The increasing expectation, usage of, and demand for omnipresent smart technology is becoming relentless, inevitable, and uncompromising. Smart homes, offices, hospitals, hotels, stadiums, and indeed cities depend on a wireless infrastructure that can provide a seamless, uninterrupted, and consistent user experience. WLAN infrastructure is a crucial business and personal enablement tool, one that is meant to go unnoticed for all the right reasons. That’s because a subpar experience immediately shines the spotlight on the Wi-Fi itself, which can instill a permanently negative perception of your business or brand.
Avoid dreaded wave-envy. The future demands extreme density management that can deliver a fully optimised solution. The Xirrus X.D. series is the only solution on the market that provides a full 802.11ac Wave 2 network – why not try it for free and commit to riding the next wave of smart tech evolution?