#dusk $DUSK @Dusk I found a sentence in Dusk's official Hedger announcement that reframes the entire developer choice between Zedger and Hedger in a way most comparisons skip.
"The EVM's account-based model prevents full anonymity — a capability Zedger still offers."
That sentence is from Dusk's own June 2025 announcement. Worth reading slowly.
Zedger runs natively on DuskDS. It uses Dusk's Phoenix transaction model a shielded UTXO system with ZK proofs that hides amounts, senders and note relationships at the protocol level. Full anonymity. Native to the L1. No abstraction layer between the application and the privacy guarantee.
Hedger runs on DuskEVM. It uses homomorphic encryption and ZK proofs to provide confidential transaction flows inside a Solidity environment. Familiar tooling. EVM-compatible. Easy to port from Ethereum. And by Dusk's own admission, not capable of full anonymity because the EVM's account-based model has structural limitations that cryptography alone cannot overcome.
Sat with that for a moment.
Dusk's regulatory positioning rests on privacy-by-default with auditability when required. NPEX, the MTF-licensed partner targeting €200 million in securities tokenization, is the flagship use case. Regulated securities transfer data like investor identity, transaction amounts and counterparty information are exactly the fields that full anonymity protects.
A regulated securities application built on Hedger for Solidity convenience gets confidential transaction flows. It does not get the full anonymity that Zedger natively provides.
The developer choosing Hedger is not choosing between two equal paths with different programming languages. They are choosing between maximum cryptographic privacy and familiar tooling at the cost of the strongest privacy guarantee the network can actually deliver.
Most developer documentation presents that as a preference. Dusk's own announcement describes it as a capability difference.
"The EVM's account-based model prevents full anonymity — a capability Zedger still offers."
That sentence is from Dusk's own June 2025 announcement. Worth reading slowly.
Zedger runs natively on DuskDS. It uses Dusk's Phoenix transaction model a shielded UTXO system with ZK proofs that hides amounts, senders and note relationships at the protocol level. Full anonymity. Native to the L1. No abstraction layer between the application and the privacy guarantee.
Hedger runs on DuskEVM. It uses homomorphic encryption and ZK proofs to provide confidential transaction flows inside a Solidity environment. Familiar tooling. EVM-compatible. Easy to port from Ethereum. And by Dusk's own admission, not capable of full anonymity because the EVM's account-based model has structural limitations that cryptography alone cannot overcome.
Sat with that for a moment.
Dusk's regulatory positioning rests on privacy-by-default with auditability when required. NPEX, the MTF-licensed partner targeting €200 million in securities tokenization, is the flagship use case. Regulated securities transfer data like investor identity, transaction amounts and counterparty information are exactly the fields that full anonymity protects.
A regulated securities application built on Hedger for Solidity convenience gets confidential transaction flows. It does not get the full anonymity that Zedger natively provides.
The developer choosing Hedger is not choosing between two equal paths with different programming languages. They are choosing between maximum cryptographic privacy and familiar tooling at the cost of the strongest privacy guarantee the network can actually deliver.
Most developer documentation presents that as a preference. Dusk's own announcement describes it as a capability difference.