Raspberry Pi is a British technology brand best known for designing affordable, high-performance single-board computers (SBCs), microcontrollers, and embedded computing solutions. Originally created to make computer science education more accessible, Raspberry Pi has evolved into one of the world’s most recognized computing platforms for education, hobbyists, researchers, industrial automation, robotics, artificial intelligence (AI), and Internet of Things (IoT) applications. [1]

Today, Raspberry Pi products are used by:

• Students and educators

• Makers and DIY enthusiasts

• Software developers

• Robotics engineers

• Industrial automation companies

• Research laboratories

• OEMs (Original Equipment Manufacturers)

• AI and IoT developers

Millions of Raspberry Pi devices are deployed worldwide, making it one of the most influential hardware ecosystems in modern computing. [2]

The Raspberry Pi project began in 2006 at the University of Cambridge, where engineers noticed that fewer students were applying to computer science programs with practical programming experience.

To encourage young people to learn programming and electronics, a group led by Eben Upton designed an inexpensive computer that anyone could own.

The Raspberry Pi Foundation, an educational charity, was established in 2008, and the first Raspberry Pi computer launched on 29 February 2012.

The original Raspberry Pi Model B sold out within hours, marking the beginning of a rapidly growing ecosystem. Over time, Raspberry Pi expanded beyond education into industrial, commercial, and embedded computing markets while maintaining its focus on affordability and accessibility. [3]

Raspberry Pi’s mission is to make computing accessible to everyone by providing:

• Affordable computing platforms

• High-performance embedded hardware

• Educational resources

• Open development ecosystems

• Long-term product availability

The company emphasizes creativity, learning, innovation, and practical engineering while supporting both beginners and professionals. [4]

Raspberry Pi offers several product families.

1. Raspberry Pi Single-Board Computers

These are complete Linux computers on a single circuit board.

Popular models include:

• Raspberry Pi 5

• Raspberry Pi 4 Model B

• Raspberry Pi 3 Model B+

• Raspberry Pi Zero 2 W

• Raspberry Pi Zero W

These boards can function as desktop computers, servers, media centers, robots, IoT gateways, or embedded controllers. [5]

2. Compute Module Series

Designed for industrial and commercial products, Compute Modules provide Raspberry Pi technology in a compact form factor for integration into custom hardware.

They are widely used in:

• Medical equipment

• Factory automation

• Digital signage

• Smart kiosks

• Retail systems

• Transportation

[6]

3. Raspberry Pi Pico

The Raspberry Pi Pico family consists of microcontroller boards built around Raspberry Pi’s own RP-series chips.

Unlike standard Raspberry Pi computers, Pico boards do not run a full Linux operating system. Instead, they are designed for real-time embedded applications such as:

• Robotics

• Sensors

• Smart devices

• Home automation

• Wearable electronics

[7]

4. RP-Series Microcontrollers

Raspberry Pi also develops its own microcontroller silicon, including the RP2040 and newer RP-series chips, enabling third-party manufacturers to build custom embedded products. [8]

Raspberry Pi supports a broad software ecosystem, including:

• Raspberry Pi OS (Linux-based operating system)

• Python programming

• C/C++

• Scratch

• Node.js

• Java

• Rust

• Go

• Docker

• Kubernetes

• Home Assistant

• TensorFlow Lite

• OpenCV

The platform also provides extensive documentation, tutorials, and development tools. [9]

Raspberry Pi products are known for:

• Low cost

• Small physical size

• Low power consumption

• GPIO (General Purpose Input/Output) pins for hardware interfacing

• Linux compatibility

• Strong community support

• Long product lifecycles

• Extensive accessory ecosystem

These characteristics make Raspberry Pi suitable for education, prototyping, and production systems. [10]

Raspberry Pi hardware is commonly used for:

• Programming education

• Robotics

• Internet of Things (IoT)

• Home automation

• Artificial intelligence

• Machine learning

• Edge computing

• Industrial automation

• Smart agriculture

• Media centers

• Retro gaming

• Network-attached storage (NAS)

• Security systems

• Digital signage

• Scientific research

[11]

Raspberry Pi serves a wide range of users:

• Beginners learning programming

• Schools and universities

• Hobbyists

• Electronics makers

• Engineers

• Product designers

• Industrial manufacturers

• Embedded systems developers

• Research institutions

• Technology startups

Education remains central to Raspberry Pi’s identity. Through the Raspberry Pi Foundation, the ecosystem supports:

• Free programming resources

• Coding clubs

• Teacher training

• Curriculum development

• Computing competitions

• Online learning platforms

The Foundation’s mission is to help young people develop computing and digital skills worldwide. [12]

One of Raspberry Pi’s greatest strengths is its global community, which contributes:

• Open-source software

• Hardware add-ons (HATs)

• Tutorials

• Forums

• Books

• Magazines

• Project guides

This community has created thousands of projects ranging from simple electronics experiments to sophisticated industrial solutions. [13]

Raspberry Pi technology is deployed in sectors such as:

• Manufacturing

• Healthcare

• Agriculture

• Education

• Transportation

• Retail

• Energy

• Telecommunications

• Smart cities

• Research laboratories

Industrial products now represent a significant portion of Raspberry Pi’s commercial business. [14]

Raspberry Pi’s brand is built around:

• Accessibility

• Affordability

• Innovation

• Education

• Open-source collaboration

• Reliability

• Practical engineering

• Community engagement

Compared with many embedded computing platforms, Raspberry Pi stands out through:

• Strong software support

• Large global user community

• Extensive documentation

• Broad accessory ecosystem

• Long-term product availability

• Affordable pricing

• Versatility across education, hobbyist, and industrial markets

[15]

Since its first release in 2012, Raspberry Pi has transformed access to affordable computing. What began as an educational initiative has grown into a widely adopted hardware platform spanning classrooms, research labs, startups, and industrial systems around the world. Its combination of low cost, flexibility, and a strong ecosystem has made it one of the most influential brands in single-board computing. [16]

1. Raspberry Pi – About us

2. Raspberry Pi: how push for child programming skills inspired a coding generation

3. Raspberry Pi Foundation – About us

4. Raspberry Pi

5. Raspberry Pi for home – Raspberry Pi

6. About — Raspberry Pi Official Magazine

7. Why Raspberry Pi is more than just a ‘kit computer’ company

8. Introducing raspberrypi.com – Raspberry Pi Foundation

9. Is your product “Powered by Raspberry Pi”? – Raspberry Pi

10. Contact us – Raspberry Pi

11. Get started with your new Raspberry Pi — Raspberry Pi Official Magazine

12. Contact us – Raspberry Pi Foundation

13. Computers

14. Raspberry Pi Foundation – About us