What catches my attention with DUSK isn’t the 1 billion maximum supply. It’s the fact that half of that supply was designed to exist from the start, while the other 500 million is released gradually over 36 years.
The original 500M DUSK allocation was 50% token sale, 6.4% team, 6.4% advisors, 18.1% development, 11.8% exchange and 7.3% marketing. That vesting period ran from May 2019 to April 2022, so the old unlock overhang is already a different issue from the ongoing protocol emissions.
The more interesting part is what happens next. Dusk emits 500M DUSK through a geometric decay model, with emissions effectively halving every four years: about 250.48M in years 0–4, then 125.24M, 62.62M, 31.31M and so on. By years 32–36, the planned emission is only about 0.98M.
DUSK has actual network utility because it pays for gas and is required for staking. Provisioners need at least 1,000 DUSK, while rewards come from both newly emitted tokens and transaction fees. Fees are therefore important because they can gradually replace the security subsidy as emissions shrink.
That is the real test for me. A declining emission curve looks disciplined on paper, but eventually incentives cannot carry the network by themselves. Dusk needs enough real financial activity, smart-contract usage and fee generation to make security economically attractive without relying heavily on new DUSK.
The question I keep coming back to is simple: when the emissions become small, will genuine network demand be big enough to pay the bill?
#dusk $DUSK @Dusk
The original 500M DUSK allocation was 50% token sale, 6.4% team, 6.4% advisors, 18.1% development, 11.8% exchange and 7.3% marketing. That vesting period ran from May 2019 to April 2022, so the old unlock overhang is already a different issue from the ongoing protocol emissions.
The more interesting part is what happens next. Dusk emits 500M DUSK through a geometric decay model, with emissions effectively halving every four years: about 250.48M in years 0–4, then 125.24M, 62.62M, 31.31M and so on. By years 32–36, the planned emission is only about 0.98M.
DUSK has actual network utility because it pays for gas and is required for staking. Provisioners need at least 1,000 DUSK, while rewards come from both newly emitted tokens and transaction fees. Fees are therefore important because they can gradually replace the security subsidy as emissions shrink.
That is the real test for me. A declining emission curve looks disciplined on paper, but eventually incentives cannot carry the network by themselves. Dusk needs enough real financial activity, smart-contract usage and fee generation to make security economically attractive without relying heavily on new DUSK.
The question I keep coming back to is simple: when the emissions become small, will genuine network demand be big enough to pay the bill?
#dusk $DUSK @Dusk