About Arduino
Arduino is the world’s leading open-source hardware and software ecosystem. Software tools, hardware platforms and documentation that enables anyone to be creative with technology.
Arduino is a popular tool for IoT product development as well as one of the most successful tools for STEM/STEAM education. Hundreds of thousands of designers, engineers, students, developers and makers around the world are using Arduino to innovate in music, games, toys, smart homes, farming, autonomous vehicles, and more.
Originally started as a research project by Massimo Banzi, David Cuartielles, Tom Igoe, Gianluca Martino, and David Mellis at the Interaction Design Institute of Ivrea in the early 2000s, it builds upon the Processing project, a language for learning how to code within the context of the visual arts developed by Casey Reas and Ben Fry as well as a thesis project by Hernando Barragan about the Wiring board.
The first Arduino board was introduced in 2005 to help design students — who had no previous experience in electronics or microcontroller programming — to create working prototypes connecting the physical world to the digital world. Since then it has become the most popular electronics prototyping tool used by engineers and even large corporations.
Arduino is the first widespread Open Source Hardware project and was set up to build a community that could help spread the use of the tool and benefit from contributions from hundreds of people who helped debug the code, write examples, create tutorials, supports other users on the forums and build thousands of groups around the globe. We are eternally grateful for being supported by such an amazing community.
Since the Arduino project’s foundation, many new development boards and software libraries have been introduced, expanding the range of possibilities available to the community. Today, more than a decade later, Arduino continues to provide open source hardware and software to bring new ideas to life.
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201-500 employees
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Electrical & Electronic Manufacturing
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Torino,IT
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2005
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Software Development, Interaction Design, Electronics Design, Embedded Development
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Arduino Alternatives
Frequently Asked Questions about Arduino
David Cuartielles is the CEO of Arduino. To contact David Cuartielles email at [email protected] or [email protected].
The decision makers in Arduino are Alessandro Ranellucci, Dominic Pajak, Ernesto Rios Willars, etc. Click to Find Arduino decision makers emails.
Arduino is an open-source hardware and software ecosystem that allows users to create interactive projects and prototypes. It consists of a variety of microcontroller boards, software development environments, and libraries that enable users to program their devices. Arduino can be used in various applications, including robotics, home automation, art installations, and educational projects, making it a versatile tool for hobbyists, educators, and professionals alike.
Arduino offers a wide range of products, including microcontroller boards (like Arduino Uno, Mega, and Nano), shields (expansion boards that add functionality), sensors, actuators, and accessories. Additionally, Arduino provides a software development environment called the Arduino IDE, which allows users to write, compile, and upload code to their boards easily. The ecosystem also includes cloud services and mobile applications for remote control and monitoring of projects.
Yes, Arduino is designed to be beginner-friendly. Its open-source nature means there is a wealth of tutorials, documentation, and community support available for newcomers. The Arduino IDE features a simple programming language based on C/C++, making it accessible for those with little to no coding experience. Many educational institutions use Arduino to teach programming and electronics due to its ease of use and hands-on approach.
Arduino can be applied across various industries, including education, healthcare, agriculture, automotive, and entertainment. In education, it is used to teach STEM concepts. In healthcare, it can be used for developing medical devices and monitoring systems. In agriculture, Arduino can help automate irrigation and environmental monitoring. The automotive industry uses Arduino for prototyping and testing new technologies, while the entertainment industry employs it for interactive art installations and performances.
Arduino promotes open-source development by providing access to its hardware designs and software libraries. Users can modify, share, and improve upon existing projects, fostering collaboration and innovation within the community. The open-source nature of Arduino allows developers to create custom solutions tailored to their specific needs, and it encourages the sharing of knowledge and resources through forums, tutorials, and project repositories.
Arduino offers extensive resources for users, including official documentation, tutorials, and project examples on their website. Additionally, the Arduino community is active on forums and social media platforms, where users can ask questions, share projects, and seek advice. There are also numerous third-party websites, YouTube channels, and online courses dedicated to Arduino, providing further learning opportunities and support for users at all skill levels.
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