28:10

Vlog #2 - Getting into a habit of working out

13:37

Vlog #1 - Navigating the Ups and Downs of Startup Life

02:18:24

Two And A Half Coins #9 - Tradfi, Banks, SWIFT, CBDCs, with Xavier Lavayssière and Clément Berthou

01:32:48

Two And A Half Coins #8 - Consensus protocols, Bitcoin, Fastpay, and Linera with Mathieu Baudet

32:26

Two And A Half Coins #7 - It's time to talk about Ethereum

01:02

Centralization in the Lightning Network

50:32

Two And A Half Coins #6 - Exploring Layer 2 Solutions on Bitcoin with Kevin Hurley and Alex Akselrod

22:19

zkBitcoin: Walkthrough of the codebase

29:16

zkBitcoin: a whitepaper walkthrough

14:30

zkBitcoin: Zero-Knowledge Applications for Bitcoin

24:09

Cairo's public memory protocol

04:08

Make this logo in keynote/freeform in 4 minutes

10:37

Zero-knowledge proof composition and recursion. Part 9: BCTV14 paper walkthrough

03:32

Zero-knowledge proof composition and recursion. Part 8: Hashing in public input

06:01

Zero-knowledge proof composition and recursion. Part 7: Deferred values

11:02

Zero-knowledge proof composition and recursion. Part 6: cycles of curves

08:26

Zero-knowledge proof composition and recursion. Part 5: PCD, IVC, and Mina

10:05

Zero-knowledge proof composition and recursion. Part 3: Nova

22:31

Zero-knowledge proof composition and recursion. Part 2: Sangria

05:09

Zero-knowledge proof composition and recursion. Part 4: Verifier circuits

08:55

Zero-knowledge proof composition and recursion. Part 1: overview

05:58

The intuition behind the sumcheck protocol in 5 minutes

01:26:10

reading through the OCaml compiler: Part 1

26:04

noname developer updates: showcasing method calls

13:11

noname developer updates: user-defined functions

11:46

noname developer updates: custom structs work!

25:56

Learning about zero-knowledge circuits using noname and kimchi

28:21

How does PLONK work? Part 12: The permutation (or copy constraint)

07:41

How to contribute to Kimchi

08:48

How does PLONK work? Part 11: Our final protocol! (Without the copy constraints)

15:07

How does PLONK work? Part 10: The Kate polynomial commitment scheme

07:08

How does PLONK work? Part 9: What's a polynomial commitment scheme (PCS)?

05:32

How does PLONK work? Part 8: A polynomial dance

06:13

How does PLONK work? Part 7: A sketch protocol with our polynomial

10:52

How does PLONK work? Part 6: From constraint systems to polynomials

11:32

How does PLONK work? Part 5: From arithmetic circuits to constraint systems

06:10

How does PLONK work? Part 4: From programs to arithmetic circuits

09:50

How does PLONK work? Part 3: Starting with the end: polynomials

03:58

How does PLONK work? Part 2: An overview

03:19

How does PLONK work? Part 1: What's PLONK?

00:58

Trying kayaking and failing miserably after a few seconds in the water only

21:37

Algorand's cryptographic sortition

36:50

Bleichenbacher Attack on RSA PKCS #1 v1.5 For Encryption

14:10

TLS 1.3 Part 3: Presentation Language

20:27

TLS 1.3 Part 2: Protocol Overview

02:15

TLS 1.3 Part 1: Introduction

01:02:35

Ethernaut CTF walkthrough (breaking ethereum smart contracts)

01:43

demo of the FiveMedium DAPP on the Ethereum blockchain

31:08

Attacks on Ethereum Smart Contracts

11:39

BEAST: An Explanation of the CBC Attack on TLS

00:51

hash timeline

40:08

Tamarin Prover Introduction

22:50

tl;dr of sweet32: On the Practical (In-)Security of 64-bit Block Ciphers

03:33

song at crypto rump session

25:00

The Noise Protocol Framework

00:25

Backdoor Diffie-Hellman

06:20

Pollard's p-1 factorization algorithm

30:10

Timing Attaques sur un serveur OpenSSL ECDSA distant : Pratique ou pas ?

32:54

Timing and Lattice Attacks on a Remote ECDSA OpenSSL Server: How Practical Are They Really?

17:49

Dual EC or the NSA's Backdoor: Explanations