The innovation in the sector of electronics, as well as wireless communications, has led to better commune with devices present among us. Embedded technologies or embedded system is an important part of all the latest electronic components. They are utilized to run certain tasks and consume very less power. Some of the electronic devices where embedded technology is used are a remote control, microwave ovens, sensors, actuators, washing machines, etc. Especially they are used in the large device for carrying out certain functions like in HVAC systems they are used as network thermostats. In-home automation systems are utilized as wired or wireless networking for automation and control of security, monitoring, control lights, etc. Now coming to the topic, you must be wondering how embedded technologies will be used in the Internet of Things or IoT solutions mostly within specific industry types or IIoT applications? IoT is steadily niggling into our lives and will become even more persuasive in the future. It will be something more than just a concept and there will revolutionization of all interaction between the embedded devices. Some of the major areas that will get transformation because of embedded technologies are Real-Time Operating Systems, microcontrollers and microprocessors along with memory footprints, open-source communities, and developers.
What is Embedded Technology or System and How They Work?

Well! These are systems that are highly personalized, created and programmed according to the user needs. The conventional embedded systems are the electronic components that contain a microprocessor, memory card, and software program that runs instructions, operate the tools and systems and follow strong programming that is embedded inside the microchip.

How Embedded Technologies Will Play its Role in IoT?

It is because of their unique characteristics and the features within like real-time computing, high availability, less power consumption as well as low maintenance, they are now an important enabler of IoT. The developers of the embedded system hardware and software are trying to make these transformations in their products to take benefit of the growing IoT market.

The latest embedded technologies will need some alterations in the conventional embedded system design and architecture so that it suits real-time operations, the small size of the unit, consumes less power and is cost-effective. When microcontroller, SoC and RISC are used, it increases the scope in IoT.
Embedded technologies will help in easy management of hardware resources, processes data. Hosts applications that too on a real-time basis. It clarifies the real-time task processing time, interrupts latency, reliability for a long period for both hardware and software applications specifically for devices and networks with low power and memory constraints. This will make a great contribution to IoT in the future along with enhanced reliability degree and time consistency in between application task acceptance and its completion.

To facilitate more and more embedded technologies in IoT, following factors are being examined

Detail analysis of those products that will be developed to support IoT

Major alterations in conventional RTOS needed to match the IoT performance.

Hardware changes to match the IoT requirements.
Kinds of peripherals

Tools that support the embedded system processing in IoT.

A report named Embedded Internet of Things Ecosystem offers the five-year forecast for embedded technologies in IoT within the period 2016-2021.

Thus, we can say that the future of embedded technologies in IoT depends on the development of technologies that facilitate rapid communication along with high interwoven connections among varied devices. The future is very bright because the internet nowadays is easily accessible in every part of the world. Because of IoT with embedded technologies, people will get easy access to all products at home even if they are not at home.