Crypto Mining With Raspberry Pi: A Guide

Raspberry Pi is a great hobby minicomputer, but what if we could also use it to make money?

The rise of Bitcoin has created an interest in cryptocurrency mining. If you have a spare Raspberry Pi lying around, you can put it to work mining for digital currency.

I used Ubuntu server 20.04.3 long-term support (LTS), which supports Raspberry Pi 3, 4 and 400 on the 64-bit version, and an old Raspberry Pi 3 Model B revision 1.2 that I had lying around.

I am going to my Duino-Coinswhich is a coin that can be mined with a variety of technologies, including Arduino’s ESP8266/32 boards, Raspberry Pis and computers, as well as Wi-Fi routers, smart TVs, smartphones, smartwatches, single board computers (SBCs), microcontroller devices ( MCUs) and graphics processing units (GPUs).

How to Set Up Raspberry Pi to Crypto Mine

Installing Ubuntu on Raspberry Pi is a very simple process. You can find detailed documentation on the Ubuntu website.

After installing and booting the Raspberry Pi, we can log in with secure shell protocol (SSH) and should appear with the Ubuntu server home screen:

Welcome to Ubuntu 20.04.3 LTS (GNU/Linux 5.4.0-1042-raspi aarch64)
* Documentation:  
* Management:     
* Support:        
System information as of Mon Dec  6 13:23:09 UTC 2021
System load:  1.2                Temperature:           45.1 C
Usage of /:   13.8% of 13.93GB   Processes:             137
Memory usage: 28%                Users logged in:       0
Swap usage:   0%                 IPv4 address for eth0: xxxxxxxxx

We can even see the temperature of the Raspberry Pi. Mine seems to be at 45 degrees celsius right after booting.

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Set up your cryptocurrency

To set up Duino-Coin, all you need to do is follow these commands. We start by installing all the dependencies:

# Update package repositories and install dependencies
$ sudo apt update
$ sudo apt install python3 python3-pip git python3-pil python3-pil.imagetk -y

Then we can clone the Duino-Coin repository:

# Clone Duino-Coin repository
$ git clone  
# Install Python dependencies for Duino-Coin
$ cd duino-coin
$ python3 -m pip install -r requirements.txt

We also need to generate a wallet where our mining profit will be added. Duino-Coin has a few wallet optionsincluding a graphical user interface wallet, a command line interface wallet, and an online wallet.

I chose the online wallet because it has additional features, such as the ability to view your mining statistics and calculate estimated profits.

Start Crypto Mining with Raspberry Pi

To run the miner we need to execute the following command:

# Run Miner (inside duino-coin directory)
$ python3 PC_Miner.py
Duino-Coin basic configuration tool
Edit Duino-Coin PC Miner 2.75/Miner_config.cfg file later if you want to change it.
Don't have an Duino-Coin account yet? Use Wallet to register on server.
Enter your Duino-Coin username: xxxxxxxxxx
Set mining intensity (1-100)% (recommended: 95): 95
Set mining threads (recommended for your system: 4): 4
1 - Low difficulty (for Raspberry Pis, older computers)
2 - Medium difficulty (for typical computers)
3 - Network difficulty (for powerful computers)
Select mining difficulty you want to use (1-3): 1
Do you want to add an identifier (name) to this rig? (y/N): y
Enter desired rig name: RPI3
Set developer donation level (0-5) (recommended: 1), this will not reduce your earnings: 1
Config saved! Launching the miner
‖ Official Duino-Coin © Python Miner (2.75) 2019-2021
 ‖ 
 ‖ CPU: 4x Cortex-A53
 ‖ Developer donation level: 1
 ‖ Algorithm: DUCO-S1 ⚙ Low diff
 ‖ Rig identifier: RPI3
 ‖ Have a peaceful afternoon, xxxxxxxxx!
16:12:51  net0  Searching for the fastest node to connect to
16:12:52  sys0  Thank You for being an awesome donator ❤️
                Your donation will help us maintain the server and allow further development
16:12:53  sys0  Mining thread #0 is starting using DUCO-S1 algorithm with 95% efficiency
16:12:53  sys1  Mining thread #1 is starting using DUCO-S1 algorithm with 95% efficiency
16:12:53  sys2  Mining thread #2 is starting using DUCO-S1 algorithm with 95% efficiency
16:12:53  sys3  Mining thread #3 is starting using DUCO-S1 algorithm with 95% efficiency
16:12:53  net0  MOTD: You are mining on Bilapool, have fun!
16:12:53  net0  Connected to master Duino-Coin server (v2.7, 51.158.113.59:6043)
16:12:55  cpu0  ⛏ Accepted 1/1 (100%) ∙ 02.1s ∙ 54 kH/s ⚙ diff 2 k ∙ ping 18ms
16:12:55  cpu3  ⛏ Accepted 2/2 (100%) ∙ 02.4s ∙ 110 kH/s ⚙ diff 2 k ∙ ping 16ms
16:12:55  cpu1  ⛏ Accepted 3/3 (100%) ∙ 02.5s ∙ 165 kH/s ⚙ diff 2 k ∙ ping 18ms
16:12:56  cpu2  ⛏ Accepted 4/4 (100%) ∙ 03.1s ∙ 220 kH/s ⚙ diff 2 k ∙ ping 44ms
16:12:57  cpu1  ⛏ Accepted 5/5 (100%) ∙ 01.7s ∙ 222 kH/s ⚙ diff 5 k ∙ ping 21ms
16:13:00  cpu2  ⛏ Accepted 6/6 (100%) ∙ 04.3s ∙ 224 kH/s ⚙ diff 4 k ∙ ping 20ms
16:13:01  cpu0  ⛏ Accepted 7/7 (100%) ∙ 06.0s ∙ 225 kH/s ⚙ diff 5 k ∙ ping 26ms
16:13:02  cpu3  ⛏ Accepted 8/8 (100%) ∙ 06.9s ∙ 226 kH/s ⚙ diff 5 k ∙ ping 16ms
16:13:02  cpu1  ⛏ Accepted 9/9 (100%) ∙ 05.2s ∙ 224 kH/s ⚙ diff 5 k ∙ ping 20ms
16:13:05  cpu3  ⛏ Accepted 10/10 (100%) ∙ 03.2s ∙ 225 kH/s ⚙ diff 4 k ∙ ping 16ms
16:13:06  cpu2  ⛏ Accepted 11/11 (100%) ∙ 05.2s ∙ 224 kH/s ⚙ diff 4 k ∙ ping 20ms
16:13:06  cpu0  ⛏ Accepted 12/12 (100%) ∙ 05.3s ∙ 223 kH/s ⚙ diff 4 k ∙ ping 16ms

On first run, the script will ask for the following configuration:

• Wallet Username: This is what you created in the previous step.
• Mining Intensity: Normally it’s 95 percent, but if you don’t use the Raspberry Pi for anything else, you can go up to 100 percent.
• Mining threads: This depends on your Raspberry Pi hardware. Mine has four cores so I chose four threads.
• Mining problems: For Raspberry Pi, a low setting is recommended
• Enter a rig name: You can choose not to add a name, but I suggest using a name so you can easily track your stats.
• Developer donation: You can choose to support the developer or not.

Then the miner will start the work. And that’s all you need to do to start mining Duino-Coin on Raspberry Pi.

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Track your mining progress

You can go to your wallet to check your miner stats:

As you can see, after a couple of hours, the results are not a million dollars, but an estimated $0.003 daily.

However, keep in mind that this is an old Raspberry Pi 3. New models like the Raspberry Pi 4b can produce up to 1.75 MH/s, compared to my ridiculously low 252.35 KH/s.

While I may not have gotten rich, it took me less than five minutes to start mining and I had a spare Raspberry Pi. It’s a nice, slow-growing side income with little effort. Maybe in a year I can afford a good coffee.

Cryptomining is a hot topic in the world of technology and finance. The Raspberry Pi offers an affordable entry point for those looking to start making money through cryptocurrency.

While not as powerful or efficient as some more expensive solutions, it can still provide you with a steady stream of income.