The Raspberry Pi is a great little device that allows you to do quite a lot. You can use it to learn about coding, build robots, stream movies and any other projects you can think of but sometimes you just don’t have direct access to your Pi. This article will explore various methods for remotely accessing and controlling a Raspberry Pi device. It discusses the benefits of remote access, including decreased power consumption and enhanced convenience.
Some potential advantages of remotely controlling your Raspberry Pi include:
- Reduced Power Consumption: Remote access eliminates the need for additional peripherals like a keyboard, mouse, and monitor, leading to lower power requirements. This headless setup reduces the overall power consumption of your Raspberry Pi.
- Convenience: Remotely controlling your Raspberry Pi provides the flexibility to manage it from anywhere in the world, as long as it has an internet connection. For instance, you can monitor and control a 3D printer connected to a Raspberry Pi via Octoprint while on vacation. Remote access also simplifies the process of setting up your Raspberry Pi in a new location.
- Easy Setup and Portability: By enabling remote access, you no longer need to carry a separate display, keyboard, and mouse when you’re on the move with your Raspberry Pi. Simply connect your PC or mobile phone to the Pi to control it remotely, making setup and portability hassle-free.
The methods covered include SSH (Secure Shell), VNC (Virtual Network Computing), RDP (Remote Desktop Protocol), VPN (Virtual Private Network), and third-party remote access software like TeamViewer, AnyDesk, and Chrome Remote Desktop. Each method is explained along with its features, setup requirements, and considerations. The article emphasizes that choosing the right remote access method depends on factors such as graphical interface needs, security, budget, platform compatibility, and technical complexity.
Need a Raspberry Pi to test these tips on? Here’s the boards we offer at PiShop.
By Tomisin Olujinmi