Earlier quoted context omitted.
Dank, rad and feist? What a name!
There's a security researcher who calls herself Isis Agora Lovecruft and I'm pretty sure it's not her real name. I thought it might be the same with this guy, but Dankrad seems to be an actual German name meaning something like "thanks for the advice"
Ethereum has blobs. Where do we go from here?
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Re: Ethereum has blobs. Where do we go from here?
#22I'm so out of the loop these days...I've written off blockchain junk almost entirely. Can someone break down what blobs are? Is this some kind of temporary place for transactions to go so they aren't charged fees individually? EDIT: NVM, I RTFMed https://ethereum.org/en/layer-2/ . I wonder what the trade-offs of layer 2 protocols are. Less secure?
Faster, cheaper, possibly ceases to exist. If that happens there's (supposedly) a way for you to slowly get your funds back by exiting on L1. The blob stuff is about "ok if that's a thing how do I prove to some L1 contract that I own these L2 funds?". The actual proving mechanism is either a) too amazing for me to understand or b) not quite figured out yet. But first blobs..
Rollups use either optimistic proofs or zero knowledge proofs for settlement
> The blob stuff is about "ok if that's a thing how do I prove to some L1 contract that I own these L2 funds?".
It's about data availability
> there's (supposedly) a way for you to slowly get your funds back by exiting on L1
They're called escape hatches, you can view the state of each L2 on L2Beat: https://l2beat.com/scaling/summary
Re: Ethereum has blobs. Where do we go from here?
#23Re: Ethereum has blobs. Where do we go from here?
#24I'm so out of the loop these days...I've written off blockchain junk almost entirely. Can someone break down what blobs are? Is this some kind of temporary place for transactions to go so they aren't charged fees individually? EDIT: NVM, I RTFMed https://ethereum.org/en/layer-2/ . I wonder what the trade-offs of layer 2 protocols are. Less secure?
Blobs are a temporary form of data storage that are only required to be held by Ethereum nodes for 18 days. Archival nodes are free to store it forever if they wish, with a 1/N trust mechanism to verify an archived blob. Blobs contrast with permanent data storage in calldata, which is very expensive (due to its permanence). Layer 2's are currently significantly more centralized than Ethereum L1, but this is not a fun…
Re: Ethereum has blobs. Where do we go from here?
#25Earlier quoted context omitted.
There's a security researcher who calls herself Isis Agora Lovecruft and I'm pretty sure it's not her real name. I thought it might be the same with this guy, but Dankrad seems to be an actual German name meaning something like "thanks for the advice"
As a German, I have never heard that name, but your translation is about correct. "Rat" as in "advice" is spelled with a T, but the name might be older than that spelling.
Apparently the name Tanqueray, like the gin brand, is related.
Names are fun!
Re: Ethereum has blobs. Where do we go from here?
#26Pleasantly surprised to find this here, especially without all the "tokens are a scam" comments
Re: Ethereum has blobs. Where do we go from here?
#27Re: Ethereum has blobs. Where do we go from here?
#28Re: Ethereum has blobs. Where do we go from here?
#29Pleasantly surprised to find this here, especially without all the "tokens are a scam" comments