The interesting part of DuskEVM isn’t simply that financial data can stay private. It’s how much information can remain private while the transaction is still independently verifiable.
DuskEVM provides an EVM-compatible path for builders and institutions, while Hedger supports confidential EVM workflows through homomorphic encryption and zero-knowledge proofs.
The workflow becomes:
private data → confidential execution → verifiable result → authorized disclosure
That creates a different way to think about privacy in regulated finance.
Imagine an institution needs to prove that it is eligible to hold an asset. The system may need to verify eligibility, but that doesn’t mean every participant needs access to the underlying financial information.
So the metric I’d actually want to watch is disclosure surface: how much sensitive information must be revealed before a financial workflow can be independently verified?
If that surface stays small while verification remains strong, programmable privacy becomes much more meaningful than simply hiding transaction details.
But if confidential execution eventually requires broad disclosure around the edges, the privacy advantage becomes harder to preserve.
The question I’ll be watching is simple: can Dusk keep the disclosure surface small while keeping verification strong?
@Dusk $DUSK #dusk
DuskEVM provides an EVM-compatible path for builders and institutions, while Hedger supports confidential EVM workflows through homomorphic encryption and zero-knowledge proofs.
The workflow becomes:
private data → confidential execution → verifiable result → authorized disclosure
That creates a different way to think about privacy in regulated finance.
Imagine an institution needs to prove that it is eligible to hold an asset. The system may need to verify eligibility, but that doesn’t mean every participant needs access to the underlying financial information.
So the metric I’d actually want to watch is disclosure surface: how much sensitive information must be revealed before a financial workflow can be independently verified?
If that surface stays small while verification remains strong, programmable privacy becomes much more meaningful than simply hiding transaction details.
But if confidential execution eventually requires broad disclosure around the edges, the privacy advantage becomes harder to preserve.
The question I’ll be watching is simple: can Dusk keep the disclosure surface small while keeping verification strong?
@Dusk $DUSK #dusk
