The Internet of Things (IoT) is a very hot topic these days.
Even people who are not technologically savvy can’t wait to get their hands on the next smart door lock, thermostat, sensor, security system, etc...
Or, better said, get a hold of new products designed to replace the 'boring' physical objects around us with gadgets that can 'speak' at us via a mobile app.
What if I told you that IoT, as we know it today, is just the beginning of a new technological revolution and that we’ve only scratched the surface of what the Internet of Things can actually do for us?
Beyond each individual object, there are certain macro issues that the IoT industry promises to solve for. In this article, we'll highlight eight different life-changing improvements that the Internet of Things industry is bringing to life.
Are you excited? You should be!
Strikingly, 87% of consumers have never heard the term 'Internet of Things'; Are you among them?
Let's give some space to David Pogue to explain to you what IoT is:
Now let's dive into the meat of this article with several IoT ideas and projects that will change our lives in the near future.
We've divided them into 8 chapters that you can access from the links hereunder:
1 - Things are getting interconnected: How IoT is providing users with an experience infinitely more personalized.
2 - IoT makes people more aware: How IoT increases awareness of the world around us and decreases the time we need to spend on completing certain tasks. Contribution from Glen Gilmore included.
3 - Interconnected cars and trucks: Our driving experience will be more enjoyable, safe, and efficient.
4 - IoT cares for your health: How wearable technologies are becoming automated tools that monitor our physical bodies. Contribution from Bill Chamberlin included.
5 - IoT is simplifying our work: Discover some of the endless opportunities to improve the operational efficiency of a company. Contribution from Scott Amyx included.
6 - IoT devices for a smarter city: A trillion market opportunity to make our collective lives interconnected. Contribution from Vernon Turner included.
7 - IoT as a service will change the way we do business: Why the future is a blend of software and hardware pricing models. Contribution from Scott Amyx included.
8 - IoT keeps soldiers out of harm's way: Voice controlled drones and much more.
Mid Term challenges for IoT devices: Possible solutions to today's IoT issues. Contributions from David Pogue and Ronald van Loon included.
#1 - THINGS ARE GETTING INTERCONNECTED, PROVIDING USERS WITH A PERSONALIZED EXPERIENCE
IoT is redefining connectivity in two ways that directly benefit the end user:
1) Users connecting to smart devices to accomplish a task;
2) Smart devices connecting with ordinary objects to deliver additional information, functionality, or value.
In other words, IoT allows us to manage aspects of our lives without thinking or worrying about it. That is the power of interconnectivity – it minimizes the prospect for error and makes smart devices work for us.
By using our smartphones as a hub we can now connect directly to our living room and turn off the lights, check if the front door is locked, see if we need to go grocery shopping on the way home, and anything in between.
This is not the future; several IoT applications are already available to the mass market, and more and more people will buy IoT products in the next years:
On a different note, think about Amazon Echo for a second.
Sure, it can tell you what time it is, what the weather is like outside, and it can connect with your thermostat and light bulbs and a bunch of other devices - all through a voice enabled central hub. But more importantly, Alexa is also learning your habits: when you wake up, what interests you, what music you like, when you watch tv, what you watch on tv, and so much more.
For many people, machine learning is something new but at the end of the day, Alexa and all the other personal assistants have the potential to finally provide us with a truly personalized experience.
As all our personal IoT devices start talking to each other, they'll not only be able to help us make decisions on the fly; they'll know what we need, before we need it.
IoT is like a new episode of Toy Story.
But this time it's for real. You leave your home and then all these little gadgets come to life making sure everything’s working as expected. That is the amazing power of interconnectivity.
#2 - IoT MAKES PEOPLE MORE AWARE
Until recent technological innovations started showing us their potential, we never truly worried about a lot of trivial things in our lives.
Or if we did, we resigned ourselves to the fact that there’s little or nothing to b done about it.
For example, who hasn’t once worried that they've left the stove on or forgotten to lock the front door? But what could you do about it once you'd arrived at work?
Not much really. Smart appliances, smoke detectors and smart locks are all gradually rendering these worries obsolete.
But IoT devices are not only solving the immediate problems we have. They also 'speak' back to us.
My Nest Aware smoke detector alerts me if there’s any problem in my apartment with CO2 levels. My smart lock tells me if someone entered my house in my absence. My Nest Cam sends me a recording of anyone going through my living room when I’m away. These are just a few examples of devices that send information to me about topics that I never thought of more than in passing.
My point is simple:
The power of IoT devices is such that it decreases the time we need to spend on completing long and boring tasks.
Automation of 'smart' actions will be the biggest change brought by IoT.
It will suddenly dawn on us that IoT is far more pervasive than we could ever have imagined it to be, through the automation of decisions and the initiation of actions based on real-time data – and predictable patterns - generated by a dizzying array of connected 'things'.
Our cars will park themselves at the nearest lot. Our refrigerators will make sure we don’t run out of our favorite foods. Our smart clothing will be on the alert for medical emergencies, calling for help if needed. Our homes will adjust the lights and temperature at just the right times.
We will be immersed in the matrix.
#3 - INTERCONNECTED CARS ARE MAKING THE DRIVING EXPERIENCE MORE ENJOYABLE, SAFE, AND EFFICIENT
As we all know, Google, Apple, Tesla, Uber, and Lyft are all investing significant amounts of money into building cars that will eventually drive themselves. There is a lot of money to be made in the field of smart cars.
By their very nature, self-driving cars are an IoT innovation. How?
They communicate, absorb and act on a huge number of data points which ensure that they follow the right path, hit the brakes when necessary, and function appropriately.
Of course, a car doesn’t have to be fully automated to benefit from IoT innovations...
Think of cars that can self-diagnose problems, or that automatically call an ambulance and the police when an accident occurs. These IoT advancements are already here.
Another car-related topic in which IoT is changing the status quo is the emerging industry of connected trucks.
It’s nothing fancy or glamorous, but we're optimistic about its prospects too. Location tracking, smart routing, apps monitoring a driver’s hours of service, and automatic adjustment of tire pressure are advances already here. Volvo’s remote diagnostics platform for trucks is already sending automated alerts to companies around vehicle performance.
The future of connected trucks is bright, whether we think it a hot topic or not.
#4 - IoT HELPS US KEEP FIT OR GET FIT AND MONITORS OUR OVERALL HEALTH STATUS
Healthcare Internet of Things: 18 trends to watch in 2016
There is a reason why companies like Fitbit, Apple, Motorola and similar big players shipped 84 million smart bands and watches in 2015.
People love to see data about their physical activities. Wearable technology users are really excited to access information about their daily movement and exercise patterns.
What is equally amazing is that with the rise in popularity of wearable technology, we’ve also seen a gamification of fitness activities. From fitness apps, to notifications on the wrist band, to competitions like MatchUp.io's Move2Win, IoT is helping pave the way to a healthier nation.
Wearable technologies are also reshaping the medical field and how doctors use technology to assist their patients. Apple, Samsung, Google and other companies are investing heavily in the emerging field dubbed simply 'mHealth', as seen at the recent Apple event in March and the launch of ResearchKit and CareKit.
Patients with chronic conditions can now be reminded when they need to take their treatment by their wristbands. In the future, autism could be detected at a much earlier stage, and diabetics could be warned about potential sugar crashes well before they happen.
Wearable technologies are designed to take IoT beyond merely allowing users to collect the data they believe relevant; they are already becoming automated tools used to monitor our physical bodies, alerting us when there's an issue that requires our attention.
Thanks to the emergence of the Internet of Things, we are at the beginning of a new era of remote patient monitoring that will automatically feed patient records with real-time data, perform analysis, and send coaching notifications to both providers and patients. In the next 5-10 years, the healthcare industry and patients will adopt all sorts of new remote patient monitoring devices, including ingestible sensors, wearable sensor devices, and sensor-embedded clothing.
By 2025, providers will have mostly shifted towards including remote healthcare services. They will do this by restructuring their processes in order to provide personalized remote medical care services and solutions. New processes, roles, and skills will be required.
By 2025, leading hospitals and care centers will have embraced IoT networks, leveraging hundreds and even thousands of sensors and wearables throughout their operations in order to build a real-time sense-and-respond intelligent operation. These IoT networks will cut costs and improves patient experiences and outcomes. Researchers, nurses and doctors will spend less time doing administrative work and more time with patients.
#5 - IoT IS SIMPLIFYING OUR WORK TOO
IoT is not just about physical objects at home that can make our lives better; despite being the most talked about aspect of IoT, that’s only a small part of it.
Every company is trying to reduce the cost required to serve its customers, also known as the operating costs of running a business. Think of factories and metal plants that are already benefiting from sensors installed in their facilities that may provide preventative actions which avoid malfunctions or, more importantly, avert loss of human lives.
Furthermore, consider technologies that can monitor the conditions of a mine shaft and ensure the overall health and safety conditions of miners. Consider even the very simple Nest thermostat utilized in businesses, automatically adjusting the temperature in a room when the last employee leaves for the night. The opportunities are endless.
There are so many different processes out there in companies both large and small which have started improving operational efficiencies through the assistance of various IoT technologies released to market over the last couple of years.
All of us will have our own neural network, ambient AI agent working on our behalf and negotiating with environmental IoT (including smart cities) and other AI agents to coordinate, automate and manage tasks so that we can focus on human value-added activities, e.g., creativity, courage, hope, resolve, etc.
Cloud (computing & storage), Internet, mobile data and network services including CDN will eventually be driven down to near zero cost as peer-to-peer multicast, mesh network overtake traditional Internet and mobile operator infrastructure.
#6 - THE SMART CITY: HOW OUR COLLECTIVE LIVES ARE BECOMING TECHNOLOGICALLY INTERCONNECTED
The smart city is still a work in progress both when it comes to defining exactly what we mean by the term as well as its implementation.
At the highest level, a smart city is one in which various 'public goods' the city provides to its citizens become interconnected. This relates generally to the use and dissemination of energy, the transportation system, the infrastructure, and the healthcare systems. Though the details are still being hammered out, some analysts are already predicting that the Smart City is a $1.5 Trillion market opportunity.
Let’s start with an obvious example, our ability to get an Uber or a Lyft with the touch of a button. The ride sharing industry helps decrease the number of cars on the road and as such helps reduce gas emission levels. Ridesharing is the most well-known example of an IoT invention wherein our smartphones connect us to a service, on the go, by using the geolocation function of our mobile devices.
If we just scratch beneath the surface of smart city IoT innovations, we discover so much more....
Notably, the issue of sensors that are being installed on street lights and traffic signals (Amsterdam is one city which has implemented this at scale). Rather than keeping the street lights on throughout the night, wasting energy, all street lights are interconnected and turn on as they detect movement on the streets. The mass adoption of this technology alone could save cities billions of dollars in energy bills.
And there is another sensor based IoT invention that has been around for a while now; every time I visit the Fashion Outlet Mall in Chicago, as soon as I enter the parking lot, I see small screens informing me how many parking spaces are available on each floor of the parking lot. The entire complex has small sensors installed near each parking space and as a car is parked in a spot it sends a signal which updates the count of available parking spaces for each floor.
Imagine being able to optimize and monitor the delivery of water to every household in a city and automatically inform the authorities when an issue requires attention. Or reflect on the Smart Meters that ComEd has been installing all over the nation so that there's no need to estimate the electrical bill of each customer every month or send technicians to collect meter reads.
Expect to see more and more innovations in this field because cities and private companies alike are desperate to reduce their operational costs.
With more urbanization comes even more need to be efficient about utilities such as energy, water, waste, and transportation. Cities need to be sustainable in every facet of life to remain attractive and competitive in this next century.
However, this is just not about a ‘smart city’ strategy architected by progressive-thinking mayors, governors, and their CIOs.
This strategy needs to involve a horizontal pass-through of IoT-generated information such as supply chain (food, goods, etc), connected traveller (taking advantage of ride share services beyond cars and bicycles, to link into public and private services). In my opinion, as autonomous vehicle technology blends with vehicle-to-vehicle connectivity with the connected consumer, the goals of lowering city congestion while raising the utilization of all modes of transportation will become the biggest change that IoT will bring into people’s lives in the next years.
#7 - IoT AS A SERVICE WILL CHANGE HOW WE DO BUSINESS TODAY
Last Thanksgiving, Nest sold its signature thermostat bundled with its Nest camera and the smoke & carbon alarm detector; the discount was very steep. If we think of the Nest products in the traditional sense of purchasing hardware, the decision to drop prices considerably would not have made much sense. But, ultimately, Nest wasn’t just selling hardware, was it? You can purchase the Nest Cam at a discount but for it to be truly effective (e.g. catch a thief on camera) you'll need to also purchase the $10 per month back-up service too.
As more and more IoT products hit the market we'll see a similar blend of software and hardware pricing models.
And this is just the tip of the iceberg.
IoT as a Service in which machines send data to centralized locations so that it can then be used in a meaningful way for the user will become a common occurrence.
Take the Automatic Adapter as an example – an OBD II device which you connect to your car to get handy metric data about your driving habits that doubles down as an engine diagnostic tool. In addition to helping people understand their driving habits, the vehicle's fuel efficiency, and providing location tracking, this small device also calls 911 in the case of an accident. While this particular service is free of charge, you can see how an IoT device can become more than a simple piece of hardware; it becomes a gateway for selling additional services.
And a lot more is coming, as Scott Amyx explains below:
Almost every business will become a data company.
For some, they will give away their tangible product for free or near free and monetize based on a utility (SaaS) model, e.g., Whirlpool will charge by laundry load/cycle rather than charge you an upfront fee to purchase the machine.
To facilitate, we will start to see stock market-like data exchange platforms to trade, buy, sell data among firms. However, unlike the stock market, intrinsic value of data is vastly different by subscribers and their uses.
Hence, there will be a new framework that evaluates the intrinsic, by-party, for-specific purpose valuation of data that goes beyond the simple bid/ask or auction economic model of stock markets.
#8 - IoT KEEPS SOLDIERS OUT OF HARM’S WAY (and could help all of us be safe)
You may not necessarily think of drones as being part of the IoT innovation arsenal but they certainly are. Drones, large and small, have already received international attention – the US being the leading force in using unmanned aerial vehicles for some time now.
But drones as concepts have incredible potential for various aspects of everyday life.
The obvious one is for defensive purposes. Drones have certainly been used for a long time but their true potential is only now being discovered. Drones can now be voice controlled, easily reprogrammed, and deployed in battle as a fleet instead of just as individual machines, collecting massive amount of data that can be used to keep soldiers out of harm’s way.
Yet there are other use cases which could be equally beneficial. For us. At home. Think for a second of our own safety and protection in our homes.
What if drones were to be used as a supplement to the police force, collecting and transmitting data in real-time, helping prevent crimes, or at the very least helping catch perpetrators? The technology needed to make this happen already exists.
What about drones which could collect information about people having a medical emergency and automatically dispatching an ambulance before anyone even thinks to call 911?
The point is this: advancements in interconnectivity, data analysis and transmission show very promising signs that drone technology can be a very helpful tool for us all.
SOME MID-TERM CHALLENGES WITH IoT DEVICES
There are currently 6.4 billion IoT devices in use across the world, with consumers and businesses spending a staggering $264 billion on acquiring IoT products this year alone. Despite that, there are some obvious shortcomings we've yet to tackle.
For example, in today’s world most IoT devices do not talk to each other. In some cases, there are technical limitations. In other cases, it’s because you’re using devices from companies that are competing with each other.
For the time being, the biggest downside is that IoT users are forced to download, use, and manage an ever-increasing number of applications instead of simply using one app to access all of their IoT devices.
“Works with Nest” is one example of an initiative in which products built by companies unrelated to the three Nest products currently on the market are starting to integrate and 'talk' to each other.
In addition, most IoT devices must be connected to the Internet in order to make use of their full potential. As more and more devices become available online, they're already putting pressure on Wi-Fi networks; their ability to handle all of the information being sent to the cloud without slowing down the entire network becomes a concern.
One of the biggest challenges we have yet to solve is the overall wireless infrastructure required to keep all of our smart products 'alive'. Google Fiber is one solution that promises to fix this problem, at least in the short term, but as we know, their own expansion program has been slow to implementation and adoption.
An obvious issue is the lack of a standard that's recognized and used by all IoT devices. We asked Davide Pogue for his take on this:
Nobody knows for sure if a standard will come.
But my guess is that IoT standards will evolve the same way operating systems have: Two or three big companies’ standards will eventually prevail. Maybe Apple and Google, for example. Later on, other problems will arise.
For example: How can you create sustainable success from the Internet of Things as a part of the numerous customer journeys?
Ronald van Loon has the answer:
RONALD VAN LOON
First, companies have to be able to create a fundament of structured and unstructured data through data process management, combining datasets from ‘things’, touch points and external sources.
Then, through a proper balance of expertise in data science and customer experience, you can get to grips with customer journeys and optimise customer experiences, increasing brand loyalty to a level where sustainable value is created.
SO IS THE FUTURE FOR INTERNET OF THINGS REALLY BRIGHT?
IoT is a very simple concept: allow machines to talk to each other in order to provide contextually relevant information to a wide variety of audiences. As an end user, the benefit is that as various devices in your arsenal communicate wirelessly you get the information you want, when you want it, and with the potential to act on it immediately.
By 2020, there will be approximately 40 billion IoT devices out there. Or quite possibly a lot more.
And there are two things you can bet on: these devices will make our collective lives a lot better and our smartphones will be the central hub connecting them all.
For now, we've only scratched the surface of what IoT innovation has to offer. That’s the most exciting thing about this field; opportunities are endless. It is both amazing and humbling to realize that we’ve entered a new phase of technological advancement where we simply cannot grasp the true potential.
All we know for sure is that we want it ASAP, preferably with the next 2-day shipping package from Amazon.