Smart Measurement
“Everything will be connected.” This is the basic rule that will guide our future. But who would want so many devices to be in constant communication with each other? It would not be an exaggeration to say that there are many examples we could give of the potential consequences of such a situation. For example, if you are going to a meeting, your car can access your calendar, see your destination address and choose the right route for you. If there is a traffic jam, it notifies you that you will be late by sending a message to other individuals who will attend the meeting. But what if your alarm clock wakes you up at 6 am and at the same time sends instructions to your coffee maker to make coffee? Can you imagine your printer automatically ordering a new pack when it runs out of toner? Consider this: The wearable devices you use at work tell you when and where you work more efficiently, and also share this information with other devices while you work.
Now let's think a little bigger: The concept of the Internet of Things can also be used in transportation networks. In this way, we can build smart cities that reduce waste generation and increase energy efficiency, thus making our work and lifestyle more efficient.
Long story short, the Internet of Things has no end, and the connections it can establish are unlimited. Today, it is not even possible to imagine the effects of these connections. It is not difficult to understand why the Internet of Things has become such a hot topic. The concept in question brings with it many opportunities as well as many problems. One of these problems is undoubtedly the issue of security. How can data be secured when billions of devices are connected? Could someone hack your toaster and hack into your entire network? In addition, the Internet of Things will make many companies around the world vulnerable to security threats. There are also privacy and data sharing issues, of course. In any case, these issues are still on the agenda, even now, let's think about what will happen in the future. With billions of devices connected, concerns will naturally skyrocket. Unfortunately, these are not the only problems. We said billions of devices will be connected, well, all of them will generate enormous amounts of data. That's why companies need to find a way to store, track, analyze and make sense of this data. It can only be done with some programs.
As mentioned above, we can use the Internet of Things in many areas. Here, we will introduce a product from the electricity/energy sector.
Making traditional energy measurement systems smart with the internet of things technology is one of the most important elements of smart grid applications. With IoT, smart meters help reduce operating costs by managing remote measurement operations. In addition, it provides periodic energy cost estimations and prevents energy theft and loss. These measurements can be controlled via mobile and web applications with IoT-based devices.
Industrial Flow Meter Manufacturer | SmartMeasurement
Sources;
https://en.wikipedia.org/wiki/Smart_meter
https://www.scienceinschool.org/
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