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What's Holding Back the Internet of Things?

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Ever since personal computers began to creep into our lives in the mid-to-late 1970s, people have been talking about home computers and home computing. Microprocessors and high-tech sensors were going to be embedded into everything, and we were going to live in smart homes, drive smart cars, and rely on robots and other devices to do all the things that we either could not do well or did not want to do. As we were told in grammar school, things would continue to get easier and we would live happily ever after.

The good things

Well, some of these fantasies have come true. We carry very powerful devices in our pockets that can do a great number of things, smart driverless cars are on the horizon, and many appliance makers are putting smart devices into their products that will tell us when we need to buy more food, order more supplies, or if and when our "things" needs to be serviced or fixed. These are all great benefits. Even so, we have learned that, along with these benefits, we are too often plagued by side effects that cause us to wonder... Do we have more time? Are we better off? Are we happier?

The side effects

In his book Future Shock, Alvin Toffler told us that for every modern convenience, there is an equal and opposite inconvenience. If you watch the news, you might think that Alvin was right. While new technologies and products come with great benefits, we have learned that these benefits often come with new problems that typically fall into at least three categories:

  1. Greater complexity. Many of us have discovered that our new cars are sometimes smarter than we are. Learning how to operate them is not a trivial exercise that can cause problems when we rent them at an airport or receive a loaner when we bring them in for service.
  2. Bad guys can take advantage of the same benefits. As products become more complex, they come with vulnerabilities that hackers and people with bad intentions can use against us. Identities are being stolen, credit cards are being hacked, and evil forces are penetrating security systems to steal or manipulate whatever they want.
  3. More can go wrong. As products get more complex, there are more things that can go wrong with them. And, when they break, they are not so easy to fix. Is the problem in the hardware? If so, where? Is it a bug in the operating system? Is in the applications software? Is it operator error?

One thing we know for sure is that operators are making more errors. Distracted drivers cause 40% of traffic accidents, and according to the National Highway Transportation Safety Administration, (NHTSA), they cause 10% of all fatal crashes and 17% of injury-causing accidents.

Internet of Things

Despite these side effects, according to International Data Corp (IDC) the Internet of Things (IoT) is expected to explode to a $4 to $11 trillion market by 2020. Because it already is, and will continue to be, an important and rapidly-growing market, it behooves marketers, designers, manufacturers, and consumers to learn as much as they can about the IoT - what it is, what it can and cannot do.

What it is

If you ask 10 people "What is the Internet of Things?," you are likely to get at least 10 different answers - varying from blank stares to long-winded explanations. To be useful, the Internet of Things (IoT) should be easy for everyone to understand. It can be boiled down to the following three main elements:

  1. Smart and sensor-embedded devices with software. From a consumer's point of view, these devices and software will be inside various products such as cars, appliances, and phones.
  2. Users of the information provided. People, products, and machines use these devices and software to perform various tasks.
  3. All of this is connected through the Internet. Until something better comes along, the devices, products, machines, and people will be connected via the information superhighway commonly known as the Internet.

What it can do

As with computers, the IoT can do just about anything its hardware and software is designed and programed to do. That's the easier part. The harder part is getting all the players to cooperate for the IoT to reach its potential - governments, companies, users, and interest groups.


As science has taught us, with every action, there is an equal and opposite reaction (the basis for Alvin Toffler's quote). This is one reason why some believe the IoT has been slower to develop than originally thought. To be more specific, there are various limitations that are preventing it from realizing its potential sooner rather than later.

  1. Competitive advantage. Businesses like to have a proprietary advantage so that buyers that want what they are selling have to buy it from them. While there are laws against restraint of trade, companies design products so that their platform has advantages over competitors. In the micro-computing world, Mac versus PC is one such battle. In the mobile phone universe, it is GSM versus CDMA. By creating different standards to maintain proprietary advantages, the various things connected via the IoT may not easily talk with each other. It's the modern version of the Tower of Babel metaphor in the Bible. While I hate to admit it, marketers typically prefer proprietary advantages since it enables us to more easily differentiate our product from our competitors.

  • Privacy and security. When everything is connected, it becomes so much more vulnerable - making it more difficult to protect privacy and provide security. Hackers have been able to steal information, disclose company and government secrets, snatch monetary resources, and paralyze essential systems connected over the Internet. As new safety and security measures are invented, smart hackers find ways to get around them. This is a "cat and mouse" game that is likely to continue with no ironclad solution on the horizon. Proprietary designs that prohibit facilitating the IoT help with privacy and security. Unfortunately, one good thing creates another bad thing, and vice versa.
  • Governments. Federal, State, and local governments tend to be at least one step behind the technology. As a result, governments at all levels do not always make decisions that will facilitate the IoT or support standards. If the government supports open source standards, it may be simultaneously compromising privacy and security. While many believe they are two separate issues that should be mutually exclusive, others believe they are, and will always be, connected.
  • Politics and public interest groups. The public is comprised of constituencies that do not agree on which is better - open standards or more privacy and security. This recently came up as the Federal Government tried to persuade Apple to hack the security of its own iPhone to obtain information from the iPhone of the San Bernardino terrorists. This battle caused disputes within families, political parties, and close friends.
  • Despite any drawbacks IoT is likely to prevail

    No matter what the obstacles, the IoT is likely to charge forward because of its potential to save and improve lives, give users piece of mind, and save time. After all, people want to be able to (1) check on the kids when they leave them with the baby sitter or find them when they get lost in a department store, (2) make sure they locked the door or turned off the oven, or (3) notify the doctor right away if they are experiencing a life threatening event. For companies that want to sell their IoT related products and buyers that want to use them, the IoT holds great promise. The more buyers and sellers know about the benefits and potential pitfalls, the more likely they can enjoy the benefits without suffering serious consequences. Since the IoT can do a lot of great things, it is important for buyers and sellers to better understand it so they can help to overcome the obstacles for the greater good.

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