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The Magic of Math in Modern Cryptography

AlwaysAsking Security

153 subscribers • 1 video on Hallway

YouTube
  • Recommended by 2 people: 2 in engineering communities.
  • Presented by Jason Resch
  • Linked in the descriptionSlides on Google Slides

Intermediate. Assumes working knowledge.

9.1K views6 years ago2 recommendations

SecurityComputer scienceCryptographyMath for programmers

Jason Resch presents a visual, graphical guide to the mathematical concepts powering modern cryptography, including zero-knowledge proofs and encryption.

This presentation covers the magical math that underlies computer security. It is presented graphically so complex topics can be understood by all. Presentation topics include: 1. How to achieve privacy when someone is always listening. 2. How to decide on a secret when everyone is watching. 3. How to turn one random number into unlimited random numbers. 4. How to speak in a way that's impossible to imitate. 5. How to help protect data without possessing it. 6. How to check work you can't see. 7. How to process data you don't have access to. Each of these sound impossible, but are enabled by mathematics. Presented by: Jason Resch of AlwaysAsking.com Recorded on: July 8th, 2020 over Zoom from Chicago Presentation Slides: docs.google.com/presentation/d/1uXTud6gZaIhJ3aLDuCupAZyeJYKn…

Why it's here

2 people recommend this

What people say. Recommended as a highly accessible, visual introduction to complex cryptographic math concepts.

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The Magical Math behind Modern Cryptography This presentation: link to this video Introduces the magical math that secures our digital lives. It is presented graphically so complex ideas can be appreciated by the expert and layperson alike. Presentation topics include: How to achieve privacy when someone is always listening. (encryption) How to decide on a secret when everyone is watching. (key agreement) How to turn one random number into unlimited random numbers. (PRNGs) How to speak in a way that's impossible to imitate. (digital signatures) How to help protect data without possessing it. (secret sharing) How to check work you can't see. (zero knowledge proofs) How to process data you don'…

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