#dusk $DUSK @Dusk At first I assumed blockchain privacy was mainly about hiding balances and transactions.
Then I looked deeper into Dusk’s Hedger, and the problem became much more interesting.
Hedger uses homomorphic encryption to let certain computations happen on encrypted values, while zero-knowledge proofs can help verify that those operations are valid.
So the goal isn’t simply to hide financial data. It’s to make that data usable by smart contracts without exposing the underlying values.
For financial apps, that could matter for collateral, ownership, balances, or trading activity where public visibility can reveal too much.
I like the idea, but I’m not ready to overlook the hard part: encrypted computation still has to perform well under real workloads.
Maybe the real test isn’t whether Hedger can keep data private.
It’s whether developers can actually build with that privacy without fighting the cryptography underneath.$DUSK
Then I looked deeper into Dusk’s Hedger, and the problem became much more interesting.
Hedger uses homomorphic encryption to let certain computations happen on encrypted values, while zero-knowledge proofs can help verify that those operations are valid.
So the goal isn’t simply to hide financial data. It’s to make that data usable by smart contracts without exposing the underlying values.
For financial apps, that could matter for collateral, ownership, balances, or trading activity where public visibility can reveal too much.
I like the idea, but I’m not ready to overlook the hard part: encrypted computation still has to perform well under real workloads.
Maybe the real test isn’t whether Hedger can keep data private.
It’s whether developers can actually build with that privacy without fighting the cryptography underneath.$DUSK
