How Arduino Boards are evolving IoT Industry?
Published: 2021-09-18 04:13:22

##Background:
Arduino  begins from where the rest of boards starts their own flourishing. The history of arduino begins in 2005. According to the under of open service environment, a group of engineers and hackers all were came together build the first arduino board at that it was named as “ Arduino Serial” and later it was called arduino.  Arduino was a simply product like time was it starts and show their own growth and scope.  It starts with [serial RS-232](https://www.maximintegrated.com/en/design/technical-documents/tutorials/8/83.html) that was old version and later it was upgraded to the USB version and time to time it upgrades to new version.  The king of Arduino has the advantage that it can unlock all hardware builds. Many others of Arduino enterprises design on Arduinos and trade under their own brand names. Predict whatever, you tin also build yours Arduino’s. 

![Alt Text](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/fc7fko3oif6vih0zzfm7.jpg)

###Types:
   Types of Arduino’s are two. Uno arduino is a basic model, it’s   low-cost and suitable for many tasks. By UNO, We can regulate lights, cameras, motors, and even construct a humble machine, or Ethernet includes a more powerful processor, Wi-Fi, and Ethernet. Isn't it amazing! Most recent Arduino usage questions are limited to learning purposes, as the industry has chosen to use other platforms This is very useful for IoT applications that are concerned about system feasibility and connectivity.     

* One of the advantages of Arduino is that it is cheap and easy to use. 
* With Thingspeak, Arduino has become an important repeatable device for most IoT-based technologies in use to day. 
* The feasibility of Arduino application is beyond imagination! 
Even relatively inexperienced users can make a tablet version of the device to learn more.
* [Arduino IDE](https://www.theengineeringprojects.com/2018/10/introduction-to-arduino-ide.html) is their official software, used for programming and uploading code to Arduino, thus making it simple and easy to use.
* This allows the development of advanced techno.

![Alt Text](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/to75hr31zhwxdpbsmauo.jpg)

##Advantages:
  Now a days it has a solid position in the microchip technology marketplace with its  technology and simple programming language. The exposed basis architecture o circuit’s board allows users to use their imagination. Their integrated programming language library allows users to program various devices independently. It’s came along alot of documentation, and many online tutorials for you to learn from. to run their actual microprocessors. It can run on Linux. This is amazing. Finally, there are other Arduino boards  

* Arduino has low maintenance cost (you can use USB to drive it) 
* it’s is very small  size. 
* Due to low cost it is affordable.
* we can preset our regularly wants.
* The increasing demand for automation and artificial   intelligence,
 * It is certainly a extra obvious key for the common people and    the upcoming of techno.
* This is very useful with IoT’s apps that are concerned about scheme viability and connection. The basic improvements of Arduinos are that it is economical and easy to use.    

##Arduio in IoT:
It has always been the main source of IoT-based technologies presently in usage. The viability of Arduinos uses is outside fancy! Level pretty raw operators can create a copy of this module to understand its complexity. This provides more room for advanced technology development, because the Ardino architecture paves the way for development. Massimo Benzi, the creator and president of Arduino, said that it is expanding its coverage to standard veil stands such as AWS. This allows further development of ML/AI-founded claims. AWS are recognized for their better puff

 ![Alt Text](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/xyc0j33vp4xx2kyfqq8p.jpg) 

* It also supports applications based on RPA technology and the Internet of Things, which will become an ice-breaking game uers. this is all? of course not. 
* Arduino plays an important role in technological progress.
* It is the basis of  other microchips boards, and their work is more specialized. 
* With the development of large numbers analysis and  AI, Arduino will play an important role. This state-of-the-art technology will become a major factor in product development.

##Vulnerable foundation:
In the second decade of the twenty-first century, we have seen tremendous technological progress, thanks to the seeds planted in the early part of the twenty-first. During this time, private companies began to outsource their software and hardware designs to the public, making it open source and accessible to all. This is just the beginning of the rapid technological progress we are seeing today.
* Arduino was one of the most popular electronic platform companies to launch products in the mid-200 guessed that the rapid development of this microcontroller board would play an important role in technological progress .
* Now, you might have thought that Arduino is limited to electronics engineers or people who understand electronics.
* Take care Arduino is a complete software package which includes hardware and software.   Up to 80% of the high-tech electronic products we use are primarily based on Arduino.

##Role in students life:
  It is a platform for students and practitioners to gain experience in process control and automation.  there have been controversial stories about how the board of directors is formed, and no one thinks that Adino was born. Arduino is like any product that enjoys growth and maturity, but it must keep up with the available technology. So I started to use the old RS-232 serial version, and later upgraded to the USB version. Now some new boards come with micro HDMI interface.   bits.

![Alt Text](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/2iw6bqxxdm8svgjz7lxw.jpg)

##Upgradation:
  In each upgrade, compared with the previous version, there are many improvements. For example, as seen in Atmega1280, the spacecraft’s memory has doubled or quadrupled. More powerful programs are available in later generations. Different form factors began to form for different purposes. The LilyPad series has a slim and compact shape and is equipped with easy-to-use conductive materials to make wearable products. There are affordable prototype boards, such as Ano, Leonardo, Nano, Mega 2560, Primo, etc., because of their modularity and adaptability potential. There are some panels that focus on the Internet of Things prioritizing good communication and communication, and use less power, making them ideal for Internet of Things applications  industrial requirements the ability.