Many people think tokenized securities are just “issuing an ERC20 on-chain,” but DUSK’s Zedger protocol tells me that real tokenized securities must solve “settlement finality.” Traditional stock markets operate on T+2 because settlement takes time to verify funds, shares, and identities. And DUSK’s “atomic settlement” means that funds and shares are transferred simultaneously in the same transaction, with no intermediate states.
The greatness of this technology is that it shifts “trust” from people to algorithms. For example, if A issues a $10 million bond and B buys it with USDC, normally B needs to pay first, then wait for A to confirm the transfer—leaving a window where hackers could strike or a human could revoke it. But on DUSK, these two steps are compressed into an atomic operation: “smart contract lock → verify → release.” If verification fails (e.g., B is not a whitelisted user), neither the funds nor the shares move; everything is returned to the original accounts.
I’ve realized this can solve a huge pain point: counterparty risk in private markets. In traditional private equity transactions, the settlement cycle can last weeks. During that time, if either party goes bankrupt, the other may lose everything. Atomic settlement shrinks settlement time from “days” to “seconds,” making the risk exposure almost zero.
But DUSK’s atomic settlement also comes with a cost: it requires both parties to sign online at the same time. If B is offline, A’s shares can’t be issued. That sounds less convenient than “issue first, confirm later,” but DUSK’s solution is “delegated proxies”—you can authorize a smart contract to sign on behalf of you, as long as conditions are met (e.g., B’s account has sufficient balance), and the contract executes automatically. This effectively turns “manual signing” into “automatic triggering,” preserving the determinism of settlement while improving efficiency.$BTC
I’m increasingly convinced that DUSK isn’t building a “public chain,” but a “microservice of financial infrastructure.” It does only one thing: makes asset transfers impossible to get wrong. The value of $DUSK comes from the trust premium of “never making mistakes.”
#dusk @Dusk $DUSK
The greatness of this technology is that it shifts “trust” from people to algorithms. For example, if A issues a $10 million bond and B buys it with USDC, normally B needs to pay first, then wait for A to confirm the transfer—leaving a window where hackers could strike or a human could revoke it. But on DUSK, these two steps are compressed into an atomic operation: “smart contract lock → verify → release.” If verification fails (e.g., B is not a whitelisted user), neither the funds nor the shares move; everything is returned to the original accounts.
I’ve realized this can solve a huge pain point: counterparty risk in private markets. In traditional private equity transactions, the settlement cycle can last weeks. During that time, if either party goes bankrupt, the other may lose everything. Atomic settlement shrinks settlement time from “days” to “seconds,” making the risk exposure almost zero.
But DUSK’s atomic settlement also comes with a cost: it requires both parties to sign online at the same time. If B is offline, A’s shares can’t be issued. That sounds less convenient than “issue first, confirm later,” but DUSK’s solution is “delegated proxies”—you can authorize a smart contract to sign on behalf of you, as long as conditions are met (e.g., B’s account has sufficient balance), and the contract executes automatically. This effectively turns “manual signing” into “automatic triggering,” preserving the determinism of settlement while improving efficiency.$BTC
I’m increasingly convinced that DUSK isn’t building a “public chain,” but a “microservice of financial infrastructure.” It does only one thing: makes asset transfers impossible to get wrong. The value of $DUSK comes from the trust premium of “never making mistakes.”
#dusk @Dusk $DUSK
原子结算能取代Swift吗?
50%
DUSK vs 传统清算所,谁更快?
0%
会用DUSK发债券吗?
50%
2 votes • Voting closed