The part I didn’t expect in DuskEVM isn’t the Solidity support — it’s what happens when DUSK moves back to the native layer.
Dusk’s own testnet guide says a withdrawal from DuskEVM requires three separate on-chain actions: initiate on DuskEVM, prove on Dusk L1, then finalize on Dusk L1. The user also needs enough unshielded DUSK on L1 to pay for both the proof and finalization transactions. Withdrawal readiness depends on published network state, proof maturity, and dispute-game checks rather than a simple timer.
That made me look twice, because “EVM compatibility” can sound like the whole experience becomes familiar by default. In practice, the bridge exposes the deeper architecture: DuskEVM is an EVM execution environment that settles and publishes data through DuskDS, not the same execution layer as Dusk’s native Rust/WASM contracts.
I don’t read the extra steps as automatically bad. The docs tie readiness to proof maturity and dispute-game checks, so the friction is at least connected to the security model. But it creates a real product question for $DUSK: can production apps abstract this proving/finalization flow well enough that users get the security benefits without feeling the cross-layer complexity?
That seems more important to watch than another deployment demo.
@Dusk_Foundation $DUSK #dusk
Dusk’s own testnet guide says a withdrawal from DuskEVM requires three separate on-chain actions: initiate on DuskEVM, prove on Dusk L1, then finalize on Dusk L1. The user also needs enough unshielded DUSK on L1 to pay for both the proof and finalization transactions. Withdrawal readiness depends on published network state, proof maturity, and dispute-game checks rather than a simple timer.
That made me look twice, because “EVM compatibility” can sound like the whole experience becomes familiar by default. In practice, the bridge exposes the deeper architecture: DuskEVM is an EVM execution environment that settles and publishes data through DuskDS, not the same execution layer as Dusk’s native Rust/WASM contracts.
I don’t read the extra steps as automatically bad. The docs tie readiness to proof maturity and dispute-game checks, so the friction is at least connected to the security model. But it creates a real product question for $DUSK: can production apps abstract this proving/finalization flow well enough that users get the security benefits without feeling the cross-layer complexity?
That seems more important to watch than another deployment demo.
@Dusk_Foundation $DUSK #dusk