I couldn’t sleep that early morning, so I got up and cooked noodles. The water wasn’t boiling yet. I leaned by the stove and scrolled on my phone, and I came across a line in the Dusk document: "Settlement and execution are separated." Without thinking, I went through the entire document again.
In Dusk, DuskDS handles settlement, while DuskVM and DuskEVM handle execution—two layers, each doing its own job. Settlement lands in DuskDS, and execution details go to the virtual machines. If something goes wrong, you investigate that side only; you don’t have to drag the whole chain along. This kind of split is especially smooth in financial scenarios: accounting stays with accounting, calculation stays with calculation, and auditors can query exactly the layer they need. $ETH
Dusk’s XSC confidential secure contract is a complete set—full name: Confidential Security Contract. It aligns with the wording required by securities regulators. Confidential smart contract execution doesn’t leak outward; verification only sends proofs, and it also supports selective disclosure to authorized parties. On the transaction side, Phoenix handles confidentiality, Moonlight handles transparency, and Zedger connects and works with XSC. Consensus uses Succinct Attestation, aiming to produce blocks on the order of 10 seconds. Finality is reached once the block is settled. DuskEVM’s execution layer is about 2 seconds, and it’s still in the testnet stage.
When I finally fished that bowl of noodles out, it was already a lump. Well, a lump is a lump. But this pot of noodles came back with something clear: Dusk’s overall technology isn’t about adding privacy onto the chain. It separates accounting, execution, and verification—then assigns each part the most straightforward way of doing things. Now that DuskEVM’s testnet is also live, this separation is even clearer. #dusk $DUSK @Dusk
In Dusk, DuskDS handles settlement, while DuskVM and DuskEVM handle execution—two layers, each doing its own job. Settlement lands in DuskDS, and execution details go to the virtual machines. If something goes wrong, you investigate that side only; you don’t have to drag the whole chain along. This kind of split is especially smooth in financial scenarios: accounting stays with accounting, calculation stays with calculation, and auditors can query exactly the layer they need. $ETH
Dusk’s XSC confidential secure contract is a complete set—full name: Confidential Security Contract. It aligns with the wording required by securities regulators. Confidential smart contract execution doesn’t leak outward; verification only sends proofs, and it also supports selective disclosure to authorized parties. On the transaction side, Phoenix handles confidentiality, Moonlight handles transparency, and Zedger connects and works with XSC. Consensus uses Succinct Attestation, aiming to produce blocks on the order of 10 seconds. Finality is reached once the block is settled. DuskEVM’s execution layer is about 2 seconds, and it’s still in the testnet stage.
When I finally fished that bowl of noodles out, it was already a lump. Well, a lump is a lump. But this pot of noodles came back with something clear: Dusk’s overall technology isn’t about adding privacy onto the chain. It separates accounting, execution, and verification—then assigns each part the most straightforward way of doing things. Now that DuskEVM’s testnet is also live, this separation is even clearer. #dusk $DUSK @Dusk