After I rewatched Dusk, I became more interested in a seldom-discussed question: where exactly should the “execution authority” on the chain reside?
In recent research on @Dusk , I’ve found myself spending less time fixating on a single feature and more on how a financial public chain actually allocates execution power.
Dusk doesn’t stuff everything into one execution environment. DuskEVM handles Solidity, Vyper, and familiar EVM tooling; DuskVM runs directly on the Dusk L1, targeting Rust/WASM contracts and giving access to protocol-level assets, the native transaction model, privacy, and ZK capabilities; and the underlying DuskDS is responsible for consensus, settlement, and data availability. The official documentation explains this division of labor very clearly.
I think there’s an easy-to-overlook distinction here: EVM compatibility solves the problem of “how to get developers in,” while a native execution environment solves the problem of “which things must be tightly coupled to L1 to do well.”
For typical DeFi applications, EVM tooling is convenient enough; but if the application itself involves private transactions, regulated assets, or needs to directly call Dusk’s native capabilities, then handling everything according to traditional EVM paradigms may actually constrain protocol design.
This is also a perspective that helped me re-understand Dusk. It’s not just trying to “support more,” but attempting to place different types of applications in different execution locations—while ensuring the final outcome returns to the same settlement layer.
When I look at $DUSK again, it simultaneously serves as both Gas and staking. As a result, transaction execution and network security share the same economic asset.
Of course, whether this architecture can truly deliver value depends on whether developers are willing to leave the pure EVM path for native capabilities—and which execution approach real financial applications ultimately choose.
So what I want to observe now isn’t whether Dusk “has EVM,” but whether it can prove this: in complex financial scenarios, the execution environment itself can also become part of protocol design. #dusk $DUSK @Dusk
In recent research on @Dusk , I’ve found myself spending less time fixating on a single feature and more on how a financial public chain actually allocates execution power.
Dusk doesn’t stuff everything into one execution environment. DuskEVM handles Solidity, Vyper, and familiar EVM tooling; DuskVM runs directly on the Dusk L1, targeting Rust/WASM contracts and giving access to protocol-level assets, the native transaction model, privacy, and ZK capabilities; and the underlying DuskDS is responsible for consensus, settlement, and data availability. The official documentation explains this division of labor very clearly.
I think there’s an easy-to-overlook distinction here: EVM compatibility solves the problem of “how to get developers in,” while a native execution environment solves the problem of “which things must be tightly coupled to L1 to do well.”
For typical DeFi applications, EVM tooling is convenient enough; but if the application itself involves private transactions, regulated assets, or needs to directly call Dusk’s native capabilities, then handling everything according to traditional EVM paradigms may actually constrain protocol design.
This is also a perspective that helped me re-understand Dusk. It’s not just trying to “support more,” but attempting to place different types of applications in different execution locations—while ensuring the final outcome returns to the same settlement layer.
When I look at $DUSK again, it simultaneously serves as both Gas and staking. As a result, transaction execution and network security share the same economic asset.
Of course, whether this architecture can truly deliver value depends on whether developers are willing to leave the pure EVM path for native capabilities—and which execution approach real financial applications ultimately choose.
So what I want to observe now isn’t whether Dusk “has EVM,” but whether it can prove this: in complex financial scenarios, the execution environment itself can also become part of protocol design. #dusk $DUSK @Dusk