#dusk $DUSK I’m going to lose it! The market crashes downward—my wallet clearly has 100,000 DUSK, but the stop-loss robot says: this portion of the money can’t be used yet!
In Phoenix, privacy balance is made up of individual Notes. After a transaction is sent, the wallet will lock the Notes used and record the corresponding Nullifier. You can think of it like this: these funds have already been used to pay; until everything is clarified, they can’t be used again to pay a second time.
But the most troublesome part is those two words: “failure.” That means a node timeout, a transaction temporarily not found, or even receiving a failure result that hasn’t been finally confirmed yet—none of that can prove the original transaction has been fully canceled. At that moment, I immediately put the Note back, and the robot might place another order using the same batch of money; then the first one later gets confirmed, and now two transactions end up competing for the same funds.
The Dusk Wallet has already merged Phoenix’s logic choice: lock first. In the official local test, with the same Profile sending two transactions concurrently, one succeeds and the other is safely blocked; if the outcome is unclear, the pending Nullifier remains. The follow-up方案 under review also separates “received execution result” from “transaction finally settled.”
Honestly, my first reaction is pretty annoying: the transaction shows as failed—so why is it still tying up my funds?
But if I redraw the position chain, I actually don’t dare to push it to release immediately. Release it too fast and the system might allocate the same funds to two orders; delay it too long and privacy will take away another invisible fund lock-up fee.
So I finally worked it out. Phoenix’s total balance can’t be fully counted into the available position:
Effective privacy liquidity = total privacy balance × spend rate
Spend rate = current available Note amount ÷ total privacy balance
The exchange hot wallet, arbitrage robots, and large rebalancing should all set their position caps using this number—then look at how long Notes are typically occupied, and when the slowest 5% gets released.
I believe this is the macro accounting where $DUSK is worth studying most. Privacy balance growth only tells you money is coming in; the spend rate and turnover speed determine how many real transactions and how much Gas those funds can produce.
Privacy-protected fund path; spend rate determines whether the funds can keep earning. On the dimension of long-term demand for $DUSK , I’m more optimistic about the latter.
@Dusk
$BTC
In Phoenix, privacy balance is made up of individual Notes. After a transaction is sent, the wallet will lock the Notes used and record the corresponding Nullifier. You can think of it like this: these funds have already been used to pay; until everything is clarified, they can’t be used again to pay a second time.
But the most troublesome part is those two words: “failure.” That means a node timeout, a transaction temporarily not found, or even receiving a failure result that hasn’t been finally confirmed yet—none of that can prove the original transaction has been fully canceled. At that moment, I immediately put the Note back, and the robot might place another order using the same batch of money; then the first one later gets confirmed, and now two transactions end up competing for the same funds.
The Dusk Wallet has already merged Phoenix’s logic choice: lock first. In the official local test, with the same Profile sending two transactions concurrently, one succeeds and the other is safely blocked; if the outcome is unclear, the pending Nullifier remains. The follow-up方案 under review also separates “received execution result” from “transaction finally settled.”
Honestly, my first reaction is pretty annoying: the transaction shows as failed—so why is it still tying up my funds?
But if I redraw the position chain, I actually don’t dare to push it to release immediately. Release it too fast and the system might allocate the same funds to two orders; delay it too long and privacy will take away another invisible fund lock-up fee.
So I finally worked it out. Phoenix’s total balance can’t be fully counted into the available position:
Effective privacy liquidity = total privacy balance × spend rate
Spend rate = current available Note amount ÷ total privacy balance
The exchange hot wallet, arbitrage robots, and large rebalancing should all set their position caps using this number—then look at how long Notes are typically occupied, and when the slowest 5% gets released.
I believe this is the macro accounting where $DUSK is worth studying most. Privacy balance growth only tells you money is coming in; the spend rate and turnover speed determine how many real transactions and how much Gas those funds can produce.
Privacy-protected fund path; spend rate determines whether the funds can keep earning. On the dimension of long-term demand for $DUSK , I’m more optimistic about the latter.
@Dusk
$BTC