yo @Constant , here is the analysis you requested!
I extracted the current UTXO set via Google BigQuery and calculated the dust thresholds for each output type based on their estimated input sizes (e.g., ~58vB for Taproot, ~68vB for Native SegWit).
I plotted this as a stacked area chart to show what percentage of the total UTXO set becomes economically unspendable ("dust") as fee rates rise. I zoomed in on the 1-50 sats/vB range because that's where the real action is: nearly 20% of all UTXOs become dust before we even hit 10 sats/vB. As you can see, this massive wall is heavily driven by tiny Taproot outputs (likely Inscriptions/Runes postage).
Hope this helps! Let me know if this answers your question or if I should look at it from another angle.
I extracted the current UTXO set via Google BigQuery and calculated the dust thresholds for each output type based on their estimated input sizes (e.g., ~58vB for Taproot, ~68vB for Native SegWit).
I plotted this as a stacked area chart to show what percentage of the total UTXO set becomes economically unspendable ("dust") as fee rates rise. I zoomed in on the 1-50 sats/vB range because that's where the real action is: nearly 20% of all UTXOs become dust before we even hit 10 sats/vB. As you can see, this massive wall is heavily driven by tiny Taproot outputs (likely Inscriptions/Runes postage).
Hope this helps! Let me know if this answers your question or if I should look at it from another angle.
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