@Dusk 的中央传送带，省了力气也交出了开关
In the official documentation, Dusk’s EVM layer is driven by a single sequencer. This is the same kind of skeleton as the centralized sequencers used by Ethereum’s L2s. One central conveyor belt queues all transactions for everyone—developers don’t have to build their own rails. But once that belt stops, the entire shop’s inventory can’t move either. Ethereum L2s traded sequencers for cheapness, and Dusk took the same route. Cheapness and fragility are often sold together. Developers try to save effort, yet they hand over the lifeline. By choosing the same skeleton as others, Dusk inevitably accepts the same cost.
For institutional custody, this conveyor belt means the liquidation order is effectively decided on the Dusk side. My standard is simple: how money is sequenced, and who has the right to hit the pause button, must be written into verifiable rules—not hidden behind the indicator lights of a machine. The custody contract should clearly state who is responsible for interruptions and who advances funds first when customers redeem. If the rules aren’t clear, then no one is really responsible. When redemptions get stuck, it’s people who panic first, not machines.
ESMA’s custody rules are precisely asking this: who controls customer assets, and who is responsible when operations are interrupted. Dusk mainnet consensus provides transaction finality, but the sequencing switch at the EVM layer is still held by the project team. What custodians want is a guarantee that can be written into the contract—not a document that claims finality but can’t control sequencing. What examiners want is responsibility and authority, not terminology. Even if the vocabulary is stacked high, it can’t fill the gaps where responsibility and authority are missing. Finality may control the ledger, but it can’t control that power cable. What regulators want is signed responsibility, not a pretty architecture diagram.
So EVM compatibility saves the engineering effort Dusk didn’t have to spend—but the other end is the surrender of sequencing sovereignty. I’m inclined to write this sequencing switch into the custodian’s due diligence checklist, rather than trusting the whitepaper’s promises alone. Even if mainnet consensus is stable, it doesn’t cover the switch at this layer. Whichever hand holds the switch carries the risk. No matter how solid the whitepaper’s wording is, it can’t hide the manual override one layer away. When ESMA watches the custody chain and asks who owns the responsibility for a shutdown, do you hold the contractual guarantee—or does someone else hold the conveyor belt’s power breaker? When the lights go out, who can anyone actually call for help? $BTC $ETH #dusk $DUSK @Dusk
In the official documentation, Dusk’s EVM layer is driven by a single sequencer. This is the same kind of skeleton as the centralized sequencers used by Ethereum’s L2s. One central conveyor belt queues all transactions for everyone—developers don’t have to build their own rails. But once that belt stops, the entire shop’s inventory can’t move either. Ethereum L2s traded sequencers for cheapness, and Dusk took the same route. Cheapness and fragility are often sold together. Developers try to save effort, yet they hand over the lifeline. By choosing the same skeleton as others, Dusk inevitably accepts the same cost.
For institutional custody, this conveyor belt means the liquidation order is effectively decided on the Dusk side. My standard is simple: how money is sequenced, and who has the right to hit the pause button, must be written into verifiable rules—not hidden behind the indicator lights of a machine. The custody contract should clearly state who is responsible for interruptions and who advances funds first when customers redeem. If the rules aren’t clear, then no one is really responsible. When redemptions get stuck, it’s people who panic first, not machines.
ESMA’s custody rules are precisely asking this: who controls customer assets, and who is responsible when operations are interrupted. Dusk mainnet consensus provides transaction finality, but the sequencing switch at the EVM layer is still held by the project team. What custodians want is a guarantee that can be written into the contract—not a document that claims finality but can’t control sequencing. What examiners want is responsibility and authority, not terminology. Even if the vocabulary is stacked high, it can’t fill the gaps where responsibility and authority are missing. Finality may control the ledger, but it can’t control that power cable. What regulators want is signed responsibility, not a pretty architecture diagram.
So EVM compatibility saves the engineering effort Dusk didn’t have to spend—but the other end is the surrender of sequencing sovereignty. I’m inclined to write this sequencing switch into the custodian’s due diligence checklist, rather than trusting the whitepaper’s promises alone. Even if mainnet consensus is stable, it doesn’t cover the switch at this layer. Whichever hand holds the switch carries the risk. No matter how solid the whitepaper’s wording is, it can’t hide the manual override one layer away. When ESMA watches the custody chain and asks who owns the responsibility for a shutdown, do you hold the contractual guarantee—or does someone else hold the conveyor belt’s power breaker? When the lights go out, who can anyone actually call for help? $BTC $ETH #dusk $DUSK @Dusk