miketwenty1 on nostr

Can we objectively measure (point in time) relay filter effectiveness?
We can by looking at the friction a Tx/usecase faces getting into a block.

Filtering on datacarrier (preventing OP_RETURNs from exceeding 83 bytes) lives in the [pink box]
Sharing this as a discussion point.

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Tidwell · 20w

nostr:nprofile1qyg8wumn8ghj7nn0wd68ytnhd9hx2qg4waehxw309ajkgetw9ehx7um5wghxcctwvsqzp6y2dy0f3kvc0jty2gwl7cqztas8qqmc5jrerqxuhw622qnc2pq3x3x7wj Based on popular demand.

ynniv · 20w

anything outside of the pink box is uncontroversial, so you need to justify why something should be included

jb55 · 20w

nice, the X axis is important here. It's where the "filters work vs dont work" discussion is breaking down.

calle · 20w

Yes we can run epidemiological simulations and Laurent a big defender of filtering has just proven that it doesn't work https://twitter.com/LaurentMT/status/1973416866212180089

Jack D · 19w

I wonder of min relay fee would be a good model to analyze. Most nodes filtered less than 1sat/vbyte, but from a bystander's view when fees dropped below that, it didn't seem like there was any trouble filling blocks with sub 1/sat/vbyte. How would you measure the friction?