Industrial Applications of Raspberry Pi

Raspberry Pi Compute Modules find applications in a wide range of industries and use cases due to their versatility, small form factor, and industrial-grade capabilities.

We've explained some of the most common applications of Raspberry Pi Compute Modules below, however these are just a few examples of the numerous applications where Raspberry Pi technology is employed. Their affordability, ease of use, and extensive community support contribute to their widespread adoption across various industries and projects.

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Why use raspberry Pi in industry?

What are the benefits of using raspberry pi to power your industrial application?

With a wide range of computing products and a network of trusted design partners, Raspberry Pi technology has been deployed in tens of thousands of applications in a variety of industries across the world.

 

Powerful performance

Raspberry Pi has computing solutions to fit a wide range of applications. From micro-controllers to ARM-based computers, Raspberry Pi brings every last drop of power to bear in your application.

 

Affordable and sustainable

Raspberry Pi’s low power draw makes for an extremely efficient platform. Good for your overheads, and good for the environment too.

 

Compliance and support

They’ve done the hard work so you don’t have to. Raspberry Pi products are subject to rigorous compliance testing, designed to save you time and money.

Industrial use cases

A few examples of how raspberry Pi can be used in industry - there are plenty more!

Industrial automation & control

Use Case: PLC Replacement or Augmentation

  • Details: Raspberry Pi can be used to monitor and control machinery using GPIO and industrial-grade HATs (Hardware Attached on Top).

  • Example: Controlling conveyor belts, robotic arms, or actuators in a manufacturing plant.

Digital signage

Use Case: Display and Content Management

  • Details: Used to power digital signs in warehouses, factories, or offices.

  • Example: Real-time display of production metrics or safety alerts.

Network monitoring & security

Use Case: Lightweight Network Sniffers or IDS

  • Details: Raspberry Pi running tools like Wireshark, Pi-hole, or Zeek.

  • Example: Monitor internal factory network traffic for anomalies.

IoT Gateway

Use Case: Data Collection & Edge Processing

  • Details: Acts as an IoT edge device that collects sensor data, processes it locally, and sends it to the cloud or a central server.

  • Example: Monitoring temperature, vibration, and humidity in a factory setting.

Remote monitoring & control

Use Case: Secure Access to Industrial Sites

  • Details: Use SSH, VNC, or custom apps for remote operation and diagnostics.

  • Example: Remote wind or solar farm monitoring.

Asset tracking

Use Case: GPS + RFID/Barcode Systems

  • Details: Track tools, equipment, or containers across large facilities.

  • Example: Inventory tracking in a warehouse or shipping yard.

Predictive maintenance

Use Case: Sensor Data Analysis

  • Details: Raspberry Pi with connected vibration, pressure, and temperature sensors can predict when machines will fail.

  • Example: Early detection of bearing wear in motors.

Environmental monitoring

Use Case: Industrial Compliance and Safety

  • Details: Continuous air quality, gas, noise, and particulate monitoring.

  • Example: Monitoring CO2 or methane levels in a mining operation.

Time & attendance systems

Use Case: Workforce Management

  • Details: Facial recognition or RFID-based employee check-in/out systems.

  • Example: Tracking shift timings in a factory.

Application examples
Industrial Automation
Raspberry Pi Compute Modules are widely used in industrial automation systems for monitoring and controlling manufacturing processes, assembly lines, and machinery. They can interface with sensors, actuators, and industrial communication protocols to enable efficient process automation.
IoT Gateways
Compute Modules serve as powerful IoT gateways, collecting data from sensors and devices, and relaying it to cloud platforms for analysis and decision-making. Their connectivity options, such as Wi-Fi, Bluetooth, and Ethernet, make them ideal for creating IoT ecosystems.
Digital Signage
Compute Modules are used in digital signage applications, displaying dynamic content in retail stores, public spaces, and corporate environments. Their multimedia capabilities, combined with HDMI support, enable smooth and high-quality content playback.
Edge Computing
Raspberry Pi Compute Modules are deployed in edge computing scenarios, processing data locally before transmitting relevant information to centralized systems. This reduces latency and optimizes network bandwidth usage.
Smart Home Automation
Compute Modules find use in smart home systems, enabling homeowners to control lighting, temperature, security cameras, and other smart devices from a central hub or through mobile applications.
Robotics and Drones
Raspberry Pi Compute Modules are utilized in robotics and drone projects as onboard controllers. Their compact size and processing power make them suitable for handling various navigation and control tasks.
Digital Audio/Video Streaming
Compute Modules are used in audio and video streaming applications, enabling users to set up media centers or stream content to connected devices.
Automotive Infotainment
In the automotive industry, Compute Modules are used for infotainment systems, providing entertainment, navigation, and connectivity features to passengers.
Network Appliances
Compute Modules are integrated into network appliances, such as routers and VPN servers, to manage network traffic and ensure secure communication.
Medical Devices
Raspberry Pi Compute Modules are employed in medical devices for data collection, patient monitoring, and telemedicine applications.
Education
In educational settings, Compute Modules are used for teaching programming and electronics, allowing students to learn and experiment with the Raspberry Pi ecosystem.
Research and Prototyping
Researchers and developers use Compute Modules for rapid prototyping and testing of new ideas and concepts, thanks to the low cost and flexibility of the Raspberry Pi platform.

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