#dusk $DUSK Recently, when testing Dusk's Gas consumption logic for transfers, I found a counterintuitive point: for the same transfer, the Gas gap between a normal DUSK transfer and an XSC contract call can be as high as 8x. At first, I thought it was because privacy computation and ZK proof generation is performance-heavy. But after digging through the docs, I figured out what’s going on—Dusk’s Gas model has three layers: base execution fee, state access fee, and compliance verification fee. A regular transfer only goes through the first layer. XSC, because it needs to run Citadel’s ZK-KYC verification and Zedger’s encrypted balance storage, consumes all three layers.
This directly affects how efficiently the economic model captures value. If after NPEX goes live it mainly runs bond settlement and dividend distributions—meaning each transaction is an XSC call—then in theory the Gas consumption per transaction would be about an order of magnitude higher than an ERC-20 transfer on Ethereum. But the problem is: in traditional securities markets, turnover is extremely low. A single bond might only trade three or five times a week. Even if the Gas per trade is high, can the total amount really support the narrative of “burning offsetting issuance”? Based on NPEX’s current €210 million outstanding bond inventory and an estimated annual turnover rate of 20%, the number of matched trades in a year would be fewer than 50,000. Even then, the burned DUSK would be less than 2% of the 13.89 million tokens issued annually. $SNDKB
The real capture isn’t the absolute value of burning—it’s the staking and locking by institutional nodes. After MiCA takes effect, if custodians and market makers need to onboard Dusk for STO settlement, then under regulatory requirements they have to run validator nodes (those 5% block rewards from the approved committee are precisely there for them). Once institutions enter, the staking ratio going from today’s 36% to around 60% is very likely. Then it won’t be “burning Gas to reduce supply”; it’ll be locking that compresses the circulating float so exchanges can’t absorb it. $SPCXB
But this logic has a prerequisite: NPEX must actually move those EU mid- and small-sized enterprise bonds on-chain, not just play around in the DLT Pilot Regime sandbox. If in 2025 Q1 it’s still only demo bonds with no real trading volume, then the Gas-burn story is just talk on paper. Do you think Dusk’s “high Gas unit price + low-frequency trading” model can work out the token economics for an RWA chain? @Dusk