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Welcome to Season 4 of One-Time Pod. Each student-produced episode tells a story from the recent history of cryptography, one that explores the role of encryption in the world today.
How can you hide a message in a piece of music? Today on One-Time Pod, Audrey explores musical steganography, with examples from classical to trance.
Sure, breaking the Enigma was hard. But breaking the Lorenz cipher? Without having even seen a Lorenz machine? That’s impressive. Spencer takes us to Bletchley Park in today’s One-Time Pod.
His death was mysterious enough. But when encrypted messages were found on his body, things got weird. Chandu explores the McCormick cipher on today’s One-Time Pod.
Thomas Jefferson… diplomat, politician, and cryptographer? On today’s One-Time Pod, Stella hops in her time machine to talk with a founding father about his little known cipher machine.
It took 150 years, but a cipher challenge posed by none other than Edgar Allen Poe was finally solved. Who was W. B. Tyler and why were his cryptograms so hard to crack? Wayne explores the mystery of Tyler’s cryptograms on today’s One-Time Pod.
Twenty years after the Unabomber’s arrest, the FBI published his encrypted journals. Kellia steps into the mind of a killer on today’s One-Time Pod.
In today’s One-Time Pod, Daniel explores the parallels between breaking codes and uncovering a lost language.
In today’s One-Time Pod, Max dives into the history of hash functions, exploring how cybersecurity tries to stay ahead of hackers.
How to keep US secrets safe? Maybe make a deal with the devil… or at least a little start-up called IBM. Shivam explores the history of Lucifer (and the Data Encryption Standard) on today’s One-Time Pod.
“You can’t be afraid of spies, just like you can’t be afraid of flies. Because they’re everywhere.” Hannah tackles the mystery of numbers stations in the latest One-Time Pod.
Secret messages encoded using telephone touch-tones, passed between anti-apartheid activists in London and South Africa? Miles shares Operation Vula, a little-known 1980s crypto story, in today’s One-Time Pod.
Welcome to Season 3 of One-Time Pod, a podcast on the history of cryptography produced by students in Derek Bruff's first-year writing seminar at Vanderbilt University. Each episode considers a different code or cipher, how it works, and why it's interesting.
This episode features an audio peice called “The Panizzardi Telegram” produced by Vanderbilt undergraduate Charlie Overton. Charlie was a student in podcast host Derek Bruff’s first-year writing seminar last fall, a course on cryptography. The course is a busy one, with mathematics and codebreaking, history and current events, and, as of recent offerings, a podcast assignment. Derek asks his students to explore the history of codes and ciphers for a class podcast called One-Time Pod. Charlie’s contribution on the Panizzardi telegram deftly combines historical storytelling and technical explanations. It also communicates an enduring understanding about cryptography: If you don’t know how a message has been encrypted, it’s really easy to make up a decryption method that makes the message say what you want it to say. For more student-produced pieces on the history of cryptography, check out Derek’s class podcast, One-Time Pod. And for those interested in using audio assignments in their teaching, see Derek’s podcast assignment and rubric for ideas.
Welcome to Season 2 of One-Time Pod, a podcast on the history of cryptography produced by students in Derek Bruff's first-year writing seminar at Vanderbilt University. Each episode considers a different code or cipher, how it works, and why it's interesting.
One-Time Pod explores the history of cryptography through episodes produced by students in Derek Bruff's first-year writing seminar at Vanderbilt University. Each episode considers a different code or cipher, how it works, and why it's interesting. For more on Dr. Bruff's first-year seminar on cryptography, visit the course homepage: derekbruff.org/blogs/fywscrypto/. Intro music: "To Be Decided," Mystery Mammal, CC-BY