16 - Asymmetric cryptosystems and digital signing

Update: 2019-10-12

Description

JS and Lance continue their cryptography explorations by working through an example of RSA, an asymmetric cryptosystem, while discovering its surprising relationship to the concept of digital signatures.

Comments

In Channel

19 - Gödel's incompleteness theorems

2019-11-2326:22

34 - DNS design iterations

2021-01-1030:29

33 - Two Generals' Problem

2020-12-0722:06

32 - Lossless compression algorithms

2020-11-2336:47

31 - Signalling System Number 7 (SS7) and phone networks

2020-11-0234:57

30 - How to Bring Down the Internet with Regex

2020-10-1927:42

29 - Great Cannon of China

2020-10-0713:48

28 - Software Versioning Schemes

2020-09-1230:58

27 - Dial-up Modems

2020-03-2128:55

26 - Variance in Type Systems

2020-02-2927:53

25 - CQRS: Command-Query Responsibility Segregation

2020-02-1513:34

24 - Protocols Over The Air, Used And Abused

2020-02-0117:13

23 - Immutable Data Structures

2020-01-1824:38

22 - Digital Rights Management (DRM)

2020-01-0424:54

21 - Voting Systems & Arrow's Theorem

2019-12-2123:19

20 - Voting Systems & The Condorcet Paradox

2019-12-0723:18

18 - The Halting Problem

2019-11-0914:47

17 - Applied Cryptography and Security

2019-10-2633:56

16 - Asymmetric cryptosystems and digital signing

2019-10-1223:44

15 - History of Symmetric Cryptosystems

2019-09-2826:49

00:00

16 - Asymmetric cryptosystems and digital signing

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16 - Asymmetric cryptosystems and digital signing

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16 - Asymmetric cryptosystems and digital signing