So far, an unsurpassed variety of devices are dealing with embedded systems. But if you are just a user, you are likely not to hear about embedded systems at all. But the first embedded software hit the market over 50 years ago. In current times, they surround us no matter where we go. On top of that, embedded systems are the main constituent of IoT devices. And in this post, we’ll tell you more about embedded systems and embedded companies. If you are going to invest in this area, you have to make yourself familiar with this term.
Embedded Software: Definition
Firstly, let’s define the meaning of this term. It’s a system that is built into any device. To put it simply, an embedded system is the heart of a certain device, which can’t run without it.
In fact, it is easier to understand what an embedded system is when you look at the examples. The easiest example is a simple calculator, a must-have device, which was popular before smartphones hit the market. A digital camera or TV remote control is another example of an embedded system.
Nevertheless, modern embedded technologies are more complex as compared to simple coffee machines or calculators. Let’s get down to the most innovative examples:
- Systems for digital smart cameras. The best example is sensor-powered cameras with powerful recognition systems. And this system is usually integrated with machine learning and artificial intelligence.
- Powerful systems for connected vehicles. These are new technologies that need adherence to predetermined safety and quality standards. Many lines of code need to be written for these vehicles.
- Smart parking software. In this case, the built-in electronic system is the brain of the app.
Embedded Systems: Practical Uses
Let’s get down to the most interesting section of this review – where can embedded systems be used? In fact, embedded systems perform a broad selection of tasks and the modern world simply can’t do without them.
Because of the rapid development of modern technologies and the implementation of robotics, Machine Learning, Artificial Intelligence, and Big Data, modern companies can control many types of automation systems. So far, online monitoring, remote control, and replacing employees can be done faster.
The main goal of biomedical applications is to help doctors remotely control patients, their state of health, and prescribe treatment through remote systems.
Just look at any modern house and you’ll see a variety of devices in it, including digital alarms, dishwashers, washing machines, air conditioners, etc. The thing is that all these devices can’t work without embedded systems. Moreover, users have a chance to control theь remotely and make sure they are working properly.
So far, embedded systems are an inseparable part of traffic control, smart parking, pollution monitoring, community services, etc. Overall, they can easily streamline many processes in populated cities.
Absolutely each modern vehicle comes with an embedded system. This can be a navigation or music system. The main goal of all these systems is to enhance the functionality and provide people with comfortable driving.
TV sets, gaming consoles, and cameras also come with embedded system chips that make them work faster.
It goes without saying that high-performance sensors are of utmost importance for aerospace. What’s more, embedded systems also control airplanes landing and taking off. Therefore, they are must-have tools for the aerospace sector.
Nevertheless, embedded systems differ from conventional computer-based programs and tools needed for building the software. C, C++, C#, Python, and Java are mostly used for building powerful embedded systems.
Overall, an embedded system is a win-win solution that can be used in different industries. They are very easy to use, affordable, and have a low energy consumption. Nevertheless, the creation of such tools requires professionalism, specialized knowledge and skills. Therefore, make sure you are dealing with experts!