#dusk @Dusk $DUSK
One of the interesting things about Dusk is that it didn’t try to force one privacy system to solve every problem. Zedger already existed before Hedger, so the obvious question is: why build another one?
The answer is in the architecture.
Zedger is based on UTXOs, where coins or assets are represented as separate outputs that get spent and replaced. There isn’t a permanent account sitting there with a balance attached to it. That structure is a big part of why Zedger can offer strong anonymity.
Hedger has a different job. It needs to work inside DuskEVM, which follows the account-based model used by Ethereum. Accounts have persistent addresses, hold balances, and interact with smart contracts. That persistence is useful for EVM compatibility, but it also means you can’t simply copy Zedger’s anonymity model without changing the way the EVM works.
Instead, Hedger concentrates on keeping the financial activity itself private. The amounts involved, balances, and details of transactions can remain hidden, while the account address still exists.
And honestly, that trade-off makes sense. Trying to maximize anonymity and EVM compatibility at the same time could create a much bigger problem. Dusk chose to keep the EVM familiar for developers and institutions while adding serious transaction-level privacy on top.
Zedger and Hedger aren’t redundant. They’re two different answers to two different technical problems.
One of the interesting things about Dusk is that it didn’t try to force one privacy system to solve every problem. Zedger already existed before Hedger, so the obvious question is: why build another one?
The answer is in the architecture.
Zedger is based on UTXOs, where coins or assets are represented as separate outputs that get spent and replaced. There isn’t a permanent account sitting there with a balance attached to it. That structure is a big part of why Zedger can offer strong anonymity.
Hedger has a different job. It needs to work inside DuskEVM, which follows the account-based model used by Ethereum. Accounts have persistent addresses, hold balances, and interact with smart contracts. That persistence is useful for EVM compatibility, but it also means you can’t simply copy Zedger’s anonymity model without changing the way the EVM works.
Instead, Hedger concentrates on keeping the financial activity itself private. The amounts involved, balances, and details of transactions can remain hidden, while the account address still exists.
And honestly, that trade-off makes sense. Trying to maximize anonymity and EVM compatibility at the same time could create a much bigger problem. Dusk chose to keep the EVM familiar for developers and institutions while adding serious transaction-level privacy on top.
Zedger and Hedger aren’t redundant. They’re two different answers to two different technical problems.
