Totally! Also people totally underrate how censorship resistance means much more than global regulatory arbitrage. Particularly, in smart contract platforms, censorship resistance implies a truly open-API system.
In smart contract platforms, censorship resistance implies not only the ability to send new transactions, but also the ability to deploy new functionality (smart contracts) natively on top of existing functionality.
This enables truly open API systems, where you can have credible, enforceable guarantees that other people can continue to build on top of your system for perpetuity.
The dominant form of censorship is not state censorship, it is, by far, the censorship of platforms from preventing competitors to build other functionality. Like Facebook or Twitter or Uber or any digital platform existent today!
For example, NBA could launch TopShot on a website instead of on a blockchain, but doing the latter enables arbitrary marketplaces to be built on top, arbitrary lending and borrowing functions to be built, as well as general purpose bridges to move those NFTs out!
This is one reason I am skeptical of the DApp chain hypothesis: if DApp token holders need to govern to vote on what features to allow, they will only allow features that add value to the token (like Facebook stockholders), instead of allowing any feature to be built.
There is an unimaginable level of open innovation to be unleashed on top of censorship resistant platforms. This is why we are building @eigenlayer on top of Ethereum. #OpenInnovation
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Shared DA (Data Availability) security unleashes the ability to create innovations at the VM layer. One particularly salient use case is Sovereign rollups which can run almost any VM on top of common DA security layer.
One design pattern which we will see a lot, is simply using the core L1 like Ethereum for censorship resistance, re-org resistance and DA, but no validating bridge (aka settlement). There may or may not be off-chain fraud / validity proofs.
One question to @apolynya and others. What if we abandon history storage as a requirement for rollups. Instead rollups store the latest *state* every few weeks into DataLayr, along with state diffs every blob.
So any node syncing can sync to the recent state stored and then apply the state diffs. In any case in PoS, history beyond the weak subjectivity period is not that useful.
Ethereum hyperscaling primer. Why the best blockchains will have *no tradeoff* between scalability and security? Why is hyperscale Data Availability critical? How does Ethereum get there?
There are four resources in a blockchain setting, for each participating node. (1) Computation, (2) State (memory), (3) Networking, (4) History Storage. Lets assume each node has a small amount of each of the four resources.
An ideal hyperscale blockchain system will let the *total* system performance scale linearly with the number of participating nodes, while ensuring that the system can tolerate half of all the nodes being adversarial.
The three rates of innovation: Autocratic,Democratic and Permissionless.
Writing this after listening to @balajis podcast with @sriramk and @aarthir where he comments on "Exit to World" vs "Exit to Community": After listening to @balajis podcast with @sriramk and @aarthir where he comments on "Exit to World" vs "Exit to Community"
@balajis used "exit to world" to refer to something like permissionless innovation, as opposed to something like democratic innovation - which could happen in "exit to community" when not planned properly.
), others are raising a more fundamental question: why is the Ethereum chain designed to be re-orgable.
A brief summary of the Ethereum PoS protocol: it runs like a longest-chain protocol (more specifically the GHOST protocol) with a finalizing BFT gadget (Casper protocol) that activates every F blocks, thus F (=32 in practice) is the period of finalization