I stumbled across that line in a promotional page the other day—“proof in 2 seconds”—and I got stuck on it. The text is laid out in a font two sizes bigger than the description beside it, yet it doesn’t specify which step that 2 seconds belongs to. When I see numbers like this, I’m used to asking first: 2 seconds of which step? Anyone who’s used the privacy feature knows the proof is just one cell in the ledger of the entire transaction. The wallet has to sync first, then the transaction has to be put on-chain afterward—no cell can move faster. If a number doesn’t spell out the definition, the more eye-catching it is, the more worth scrutinizing.
I matched it against the official documentation, and then tested it with a wallet of my own. It says that the proof generation on the browser side takes less than 2 seconds—which, honestly, is a definition without any fine print. If you isolate that one cell and calculate it on its own, then 2 seconds is actually the most straightforward, most truthful number across the whole chain. I tested a coin transfer: the browser step completed in two “rounds” and the result basically aligns with the paper definition @Dusk . The promise in the first cell is fulfilled without any discount; but beyond the first cell, the rest of the accounting isn’t something you can flip open to find ready-made on the page.
The problem lies in the other two cells. Wallet sync takes up 3 seconds—that’s not even the worst of it. I watched the status bar’s spinning indicator for a few seconds; by the third second, it was still spinning. The real waiting is on-chain: after you submit a transfer, you must wait for final confirmation. Forty minutes is the norm, and it’s not like it never happened that it crossed into the next day. During that waiting period, I counted how many times the block height jumped. The more I counted, the more I realized there isn’t a drop of fluff in the wait. Break down the total time yourself—2 seconds is so small in the time budget that it’s basically negligible. It’s those two cells together that reflect the user’s real perceived waiting experience. The promo page just picked the first cell and made a whole story out of it. The issue isn’t performance—it’s the definition.
Only at this point did it really click: the promo page isn’t lying. It just treats the smallest cell as if it were the entirety. Whether it’s “fast” or not is hidden in the boundary of the definition. To judge whether a privacy transaction is worth it, it’s not about how big the number is. First, see where the boundary for that number is drawn. This judgment is more valuable than the number itself—and more durable than any promotional image. $DUSK
Back to the opening line—“proof in 2 seconds.” That number only belongs to a tiny step inside the browser, yet you take it as the promise for the whole transaction. The promo-page number doesn’t equal the time you end up waiting. The equation isn’t complicated; the hard part is whether you’re willing to do the math once before you even open the wallet. #dusk
I matched it against the official documentation, and then tested it with a wallet of my own. It says that the proof generation on the browser side takes less than 2 seconds—which, honestly, is a definition without any fine print. If you isolate that one cell and calculate it on its own, then 2 seconds is actually the most straightforward, most truthful number across the whole chain. I tested a coin transfer: the browser step completed in two “rounds” and the result basically aligns with the paper definition @Dusk . The promise in the first cell is fulfilled without any discount; but beyond the first cell, the rest of the accounting isn’t something you can flip open to find ready-made on the page.
The problem lies in the other two cells. Wallet sync takes up 3 seconds—that’s not even the worst of it. I watched the status bar’s spinning indicator for a few seconds; by the third second, it was still spinning. The real waiting is on-chain: after you submit a transfer, you must wait for final confirmation. Forty minutes is the norm, and it’s not like it never happened that it crossed into the next day. During that waiting period, I counted how many times the block height jumped. The more I counted, the more I realized there isn’t a drop of fluff in the wait. Break down the total time yourself—2 seconds is so small in the time budget that it’s basically negligible. It’s those two cells together that reflect the user’s real perceived waiting experience. The promo page just picked the first cell and made a whole story out of it. The issue isn’t performance—it’s the definition.
Only at this point did it really click: the promo page isn’t lying. It just treats the smallest cell as if it were the entirety. Whether it’s “fast” or not is hidden in the boundary of the definition. To judge whether a privacy transaction is worth it, it’s not about how big the number is. First, see where the boundary for that number is drawn. This judgment is more valuable than the number itself—and more durable than any promotional image. $DUSK
Back to the opening line—“proof in 2 seconds.” That number only belongs to a tiny step inside the browser, yet you take it as the promise for the whole transaction. The promo-page number doesn’t equal the time you end up waiting. The equation isn’t complicated; the hard part is whether you’re willing to do the math once before you even open the wallet. #dusk