From Codebreakers to Codemakers: The Raspberry Pi 5 Cluster's Enigma Challenge. Learn how to use a Cluster of Raspberry Pi 5's to break the Enigma code using Python and distributed parallel computing. Sponsored by PCBWay: https://www.pcbway.com/ PCBWay, your ultimate destination for PCB manufacturing and assembly. Whether you're a hobbyist, a startup, or a seasoned professional, PCBWay has got you covered. 💁‍♂️ For more information on Kevs Robots, tutorials and more visit: https://www.kevsrobots.com/​ 🎖To join the membership at 🥉bronze, 🥈silver or 🥇gold levels, head over to https://www.smarsfan.com/membership Join me on Discord - https://www.kevsrobots.com/discord Join the list - https://www.kevsrobots.com/join ☕️ Enjoy this video? Buy me a coffee! https://www.buymeacoffee.com/kevinmcaleer 📸 Follow me on Instagram - @kevinmcaleer https://www.instagram.com/kevinmcaleer/ 🐦 Follow me on Twitter - @kevsmac https://twitter.com/kevsmac 🙂📘 Join the Facebook group - Small Robots https://www.facebook.com/groups/smallrobots 👩‍💻 My Code on GitHub: https://www.github.com/kevinmcaleer 🎵 Music by Epidemic Sounds https://www.epidemicsound.com/referral/h7e3kx/ #RaspberryPi​ #Python​ #Enigma Python & Raspberry Pi Cluster: Cracking the WWII Enigma In this tutorial, Kevin delves into the Enigma code from World War II and how to crack it using Python and a cluster of Raspberry Pis. Starting with a brief summary of the Enigma machine and the cryptographic techniques behind it, he then illustrates the process with a Python code snippet to encrypt and decrypt messages. He demonstrates how a list of Raspberry Pis can be used for distributed decryption, and as a practical experiment, he encodes and decodes a message (the phrase 'Hey Robot Makers, this is a secret message') of his own. He also discusses the intricacies of the Enigma machine's operation and need for daily changes in the machine's settings. The video is sponsored by PCBWay, a company specialized in PCB manufacturing and assembly. 00:00 Introduction and Overview 00:43 Sponsor Message: PCBWay 02:20 History of Encryption 06:10 Introduction to Enigma Machine 10:26 Enigma Machine in World War II 16:55 Channel Engagement and Live Stream Announcement 17:26 Enigma Machine Coding Demonstration 29:21 Introduction to Brute Force Decryption 29:28 Understanding the Crib Text and Message 30:05 Setting Up the Enigma Machine 30:34 Decrypting a Message 31:19 Building the Brute Force Function 32:08 Running the Brute Force Function 37:51 Discussion on the Imitation Game 38:15 Results of the Brute Force Decryption 38:50 Introduction to Distributed Code 39:03 Setting Up the Distributed Python (DisPy) Library 39:54 Running the Distributed Code 45:21 Cracking the Enigma Code with Distributed Code 47:27 Results and Discussion of the Distributed Code 49:03 Conclusion and Final Thoughts