I kept coming back to the developer side of Dusk today, mostly because I think I’ve been looking at the project too much from the asset and privacy angle.
The part I found myself reading about was Rusk, Dusk’s WebAssembly-based virtual machine. What caught my attention isn’t just that it’s another execution layer. The whitepaper describes native support for zero-knowledge proof verification and efficient Merkle tree creation inside the VM. That sounds like a small implementation detail until I think about what it could mean for developers building applications where proving something without exposing everything is actually part of the problem.
I’m still trying to decide how much of this matters outside the technical design, though. Crypto has no shortage of infrastructure that sounds impressive when you read the architecture and then feels much less important when you look for people actually building and using it.
That’s probably why I’m more interested in the developer experience than the feature list. If the cryptographic tools are built into the execution environment, does that genuinely make private applications easier to build, or does the complexity just move somewhere else?
And there’s another thing I’d want to watch: whether developers who already know the EVM ecosystem find enough reason to experiment with Dusk instead of staying where the tooling and users already are.
I’m curious which side wins in practice: better native privacy tooling, or the convenience of an already established developer ecosystem?
@Dusk_Foundation $DUSK #dusk
The part I found myself reading about was Rusk, Dusk’s WebAssembly-based virtual machine. What caught my attention isn’t just that it’s another execution layer. The whitepaper describes native support for zero-knowledge proof verification and efficient Merkle tree creation inside the VM. That sounds like a small implementation detail until I think about what it could mean for developers building applications where proving something without exposing everything is actually part of the problem.
I’m still trying to decide how much of this matters outside the technical design, though. Crypto has no shortage of infrastructure that sounds impressive when you read the architecture and then feels much less important when you look for people actually building and using it.
That’s probably why I’m more interested in the developer experience than the feature list. If the cryptographic tools are built into the execution environment, does that genuinely make private applications easier to build, or does the complexity just move somewhere else?
And there’s another thing I’d want to watch: whether developers who already know the EVM ecosystem find enough reason to experiment with Dusk instead of staying where the tooling and users already are.
I’m curious which side wins in practice: better native privacy tooling, or the convenience of an already established developer ecosystem?
@Dusk_Foundation $DUSK #dusk