#dusk $DUSK @Dusk
Privacy and EVM don't usually belong in the same sentence. Most privacy chains ask you to leave Ethereum's tooling behind entirely, which is exactly why Hedger Alpha made me stop and reread the docs twice.
It combines homomorphic encryption with zero-knowledge proofs not just ZK alone, which is what most DeFi privacy systems lean on. HE lets computation happen on encrypted values directly, ZK proves the computation was done correctly. Together, balances and amounts stay hidden, but the transaction is still verifiable.
What I keep coming back to is the "alpha" label. This is live on DuskEVM testnet now, meaning it's testable, not theoretical. For a chain built around regulated finance, that distinction between private and hidden matters more than it sounds.
Still early. Still testnet. But confidential transactions on an EVM-compatible layer isn't something I expected to see working this soon.
Wonder how this holds up once real transaction volume hits it
Privacy and EVM don't usually belong in the same sentence. Most privacy chains ask you to leave Ethereum's tooling behind entirely, which is exactly why Hedger Alpha made me stop and reread the docs twice.
It combines homomorphic encryption with zero-knowledge proofs not just ZK alone, which is what most DeFi privacy systems lean on. HE lets computation happen on encrypted values directly, ZK proves the computation was done correctly. Together, balances and amounts stay hidden, but the transaction is still verifiable.
What I keep coming back to is the "alpha" label. This is live on DuskEVM testnet now, meaning it's testable, not theoretical. For a chain built around regulated finance, that distinction between private and hidden matters more than it sounds.
Still early. Still testnet. But confidential transactions on an EVM-compatible layer isn't something I expected to see working this soon.
Wonder how this holds up once real transaction volume hits it
Solid approach
0%
Too early to tell
50%
Overengineered
50%
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