Competing Security Models for Appchains

1

Introduction

00:00 • 2min

2

Bell Curve Episode 2 - Dave Oha and Nick White

02:24 • 3min

3

What Do You Want From a Full Stack Approach?

05:49 • 5min

4

The Sequencer Layer in a Modular Stack

10:36 • 6min

5

Is the Fork Choice Rule Really Important?

16:27 • 2min

6

Shared Sequencers in a Modular Stack

18:49 • 3min

7

Is There a Trade-Off in Ordering?

21:45 • 5min

8

Celestia

27:00 • 3min

9

How Did You Recruit a Network of Validators in the Early Days?

30:15 • 4min

10

Proof of Stake Chains

34:33 • 3min

11

Is Cascading Liquidation a Concern?

37:42 • 4min

12

The Overhead of Launching Your Own Cryptocurrency

41:13 • 5min

13

What's the Minimum Viable Stack?

45:52 • 2min

14

The Network Effects Around Sharing the Cosmos SDK

47:59 • 3min

15

Is There a Good Privacy Toolkit for the Front End?

51:22 • 4min

16

BD and Distribution Impacts of Aligning With Different Ecosystems

55:07 • 2min

17

Celestia - What's the Difference?

57:27 • 5min

18

Blockchain

01:02:13 • 2min

19

The Modular Stack Is Where the Puck Is Going

01:03:46 • 2min

20

The Full Stack App Chain and the Modular App Chain Approach

01:06:06 • 3min

21

Celestia

01:09:02 • 4min

22

Decentralized Sequencer Networks vs Single Sequector Networks?

01:12:56 • 2min

23

Mesh Security

01:15:18 • 4min

24

The Cosmos, Full Stack Approach to Security

01:18:57 • 3min

25

What Do You Think About the Minimum Bible Stack?

01:21:36 • 3min

26

MEV and the App Chain Thesis

01:24:22 • 2min

27

Is There a Dynamic of MEV in a Modular Architecture?

01:26:23 • 4min

Competing Security Models for Appchains | Nick White, Dev Ojha