#dusk $DUSK @Dusk I noticed something that initially didn't make much sense.
If DUSK wants developers to build financial applications, why build its own execution environment when EVM already exists?
Imagine opening a specialized workshop next to a huge general-purpose factory.
The factory can make almost anything.
But your workshop is designed around one specific type of work.
That’s the distinction I found between DuskVM and DuskEVM.
DuskEVM gives developers the familiar Ethereum environment: Solidity, Vyper, standard EVM tooling and wallets.
But DuskVM takes a different route.
It executes Rust/WASM smart contracts directly on the Dusk L1, giving contracts direct access to Dusk’s native transaction models, assets, privacy and zero-knowledge capabilities.
That made the architecture click for me.
DUSK isn't forcing every application into one execution model.
It keeps the familiar environment for compatibility...
while maintaining a native environment for applications that need deeper access to the L1.
And that matters because regulated financial applications aren't always ordinary DeFi contracts.
Some need the underlying settlement and privacy primitives themselves.
So maybe the interesting question isn't:
“Why does DUSK have two VMs?”
It's:
“What happens when compatibility and specialization are treated as two different engineering problems?”
That trade-off tells me a lot about what DUSK is actually trying to build.
#dusk $DUSK @Dusk
If DUSK wants developers to build financial applications, why build its own execution environment when EVM already exists?
Imagine opening a specialized workshop next to a huge general-purpose factory.
The factory can make almost anything.
But your workshop is designed around one specific type of work.
That’s the distinction I found between DuskVM and DuskEVM.
DuskEVM gives developers the familiar Ethereum environment: Solidity, Vyper, standard EVM tooling and wallets.
But DuskVM takes a different route.
It executes Rust/WASM smart contracts directly on the Dusk L1, giving contracts direct access to Dusk’s native transaction models, assets, privacy and zero-knowledge capabilities.
That made the architecture click for me.
DUSK isn't forcing every application into one execution model.
It keeps the familiar environment for compatibility...
while maintaining a native environment for applications that need deeper access to the L1.
And that matters because regulated financial applications aren't always ordinary DeFi contracts.
Some need the underlying settlement and privacy primitives themselves.
So maybe the interesting question isn't:
“Why does DUSK have two VMs?”
It's:
“What happens when compatibility and specialization are treated as two different engineering problems?”
That trade-off tells me a lot about what DUSK is actually trying to build.
#dusk $DUSK @Dusk
