The EVM layer of Dusk is driven by a single sequencer. After going through the documentation, I don’t think institutions are very bold about adopting it.
In Dusk’s technical documentation, there’s a line I’ve always remembered: the EVM layer is driven by a single sequencer. It’s the same kind of architecture as Ethereum L2’s centralized sequencer.
A single conveyor belt queues all transactions—developers don’t have to build their own tracks. But once that belt stops, nothing in the whole shop can move. Ethereum L2 traded for cheapness by using a sequencer, and Dusk is taking the same route. For institutions, who decides the liquidation order, and who has the authority to hit the pause button—those must be written into auditable rules, not hidden behind the indicator lights of a machine.
Dusk’s mainnet consensus provides transaction finality, but the EVM-layer sequencing switch is still held by the project team. What the custodian wants is guarantees that can be written into contracts—if the sequencer goes wrong, who is responsible for the interruption, and who advances the funds first when customers redeem. ESMA’s custody rules are precisely probing this: who controls customer assets, and who is responsible when an interruption occurs. Finality may cover the ledger, but it can’t manage that power cable. @Dusk
Dusk’s “compliant privacy” narrative does indeed differentiate itself. But just how far is an EVM layer driven by a single sequencer from “decentralization”? For financial institutions doing securities settlement, this is a due-diligence question you can’t avoid. In the RWA narrative, the thing most often overlooked is operational risk after assets are put on-chain—who operates that conveyor belt, and what happens if the belt stops.
If one day Dusk makes control of the sequencer transparent, or designs a decentralized alternative, then I’ll come back to believe this “financial-grade public chain” story. For now, the story is nice to hear, but I still don’t understand who has the switch for the conveyor belt. #dusk $DUSK
In Dusk’s technical documentation, there’s a line I’ve always remembered: the EVM layer is driven by a single sequencer. It’s the same kind of architecture as Ethereum L2’s centralized sequencer.
A single conveyor belt queues all transactions—developers don’t have to build their own tracks. But once that belt stops, nothing in the whole shop can move. Ethereum L2 traded for cheapness by using a sequencer, and Dusk is taking the same route. For institutions, who decides the liquidation order, and who has the authority to hit the pause button—those must be written into auditable rules, not hidden behind the indicator lights of a machine.
Dusk’s mainnet consensus provides transaction finality, but the EVM-layer sequencing switch is still held by the project team. What the custodian wants is guarantees that can be written into contracts—if the sequencer goes wrong, who is responsible for the interruption, and who advances the funds first when customers redeem. ESMA’s custody rules are precisely probing this: who controls customer assets, and who is responsible when an interruption occurs. Finality may cover the ledger, but it can’t manage that power cable. @Dusk
Dusk’s “compliant privacy” narrative does indeed differentiate itself. But just how far is an EVM layer driven by a single sequencer from “decentralization”? For financial institutions doing securities settlement, this is a due-diligence question you can’t avoid. In the RWA narrative, the thing most often overlooked is operational risk after assets are put on-chain—who operates that conveyor belt, and what happens if the belt stops.
If one day Dusk makes control of the sequencer transparent, or designs a decentralized alternative, then I’ll come back to believe this “financial-grade public chain” story. For now, the story is nice to hear, but I still don’t understand who has the switch for the conveyor belt. #dusk $DUSK