When I was looking at projects that put RWA assets on-chain, I always had a knot in my mind: in traditional finance, the most common “stock dividends” and “judicial forced rollbacks” how do they actually work on a blockchain base that is “immutable”?
Most projects either force it with centralized multi-signature contracts, or simply pretend not to see regulatory requirements. Until today, when I dug into the Zedger protocol source code at @Dusk and saw how it designs AssetContract`, I realized how cleverly it decomposes that contradiction at the foundation.
At first, I thought Zedger was just a standard token spec. But once I looked into its data structures, I found it uses a “dual-state ledger” that combines both UTXO and Account capabilities.
For conventional ERC-20 assets, after you transfer, the state only exists under the recipient’s address. If the issuer wants to perform compliance checks or distribute dividends in batches, it has to traverse on-chain history or run snapshots off-chain—both are not only extremely slow but also easy for arbitrageurs to get ahead using flash loans.
But in Zedger, all compliant assets are broken down into Notes that include compliance state. When a company wants to distribute dividends to shareholders on Dusk, the issuer doesn’t need to reveal shareholders’ private holdings. Instead, it directly calls Zedger’s ZK state validation: without decrypting shareholder addresses, it uses cryptographic proofs to verify the holder’s identity (KYC status) and their ownership ratio, and then attaches the incremental Notes in one go via a smart contract.
Even more impressive is its “mandatory compliance interface”: when a court judgment is issued or a non-compliant asset is frozen, traditional chains can only lock down addresses via centralized blacklists. Zedger, however, allows regulated permissioned nodes (Issuance Node) to submit a ZK proof with a judicial signature—then it destroys the non-compliant Notes at the UTXO state layer and re-mints them to the rightful transferees. The whole process does not require aggressive block reorganizations, and is completed elegantly entirely at the contract execution layer.
I used to think decentralization and financial regulation were a pair of dead ends—people either build pure Web3 logic or pure private chains. After reading and understanding Zedger’s code today, I finally realized that Dusk truly understands what traditional brokerages and institutions are afraid of.
It abstracts all compliance logic into reusable low-level primitives, while DUSK serves as the underlying Gas for this entire high-frequency compliance verification and asset settlement stack.
#dusk $DUSK
Most projects either force it with centralized multi-signature contracts, or simply pretend not to see regulatory requirements. Until today, when I dug into the Zedger protocol source code at @Dusk and saw how it designs AssetContract`, I realized how cleverly it decomposes that contradiction at the foundation.
At first, I thought Zedger was just a standard token spec. But once I looked into its data structures, I found it uses a “dual-state ledger” that combines both UTXO and Account capabilities.
For conventional ERC-20 assets, after you transfer, the state only exists under the recipient’s address. If the issuer wants to perform compliance checks or distribute dividends in batches, it has to traverse on-chain history or run snapshots off-chain—both are not only extremely slow but also easy for arbitrageurs to get ahead using flash loans.
But in Zedger, all compliant assets are broken down into Notes that include compliance state. When a company wants to distribute dividends to shareholders on Dusk, the issuer doesn’t need to reveal shareholders’ private holdings. Instead, it directly calls Zedger’s ZK state validation: without decrypting shareholder addresses, it uses cryptographic proofs to verify the holder’s identity (KYC status) and their ownership ratio, and then attaches the incremental Notes in one go via a smart contract.
Even more impressive is its “mandatory compliance interface”: when a court judgment is issued or a non-compliant asset is frozen, traditional chains can only lock down addresses via centralized blacklists. Zedger, however, allows regulated permissioned nodes (Issuance Node) to submit a ZK proof with a judicial signature—then it destroys the non-compliant Notes at the UTXO state layer and re-mints them to the rightful transferees. The whole process does not require aggressive block reorganizations, and is completed elegantly entirely at the contract execution layer.
I used to think decentralization and financial regulation were a pair of dead ends—people either build pure Web3 logic or pure private chains. After reading and understanding Zedger’s code today, I finally realized that Dusk truly understands what traditional brokerages and institutions are afraid of.
It abstracts all compliance logic into reusable low-level primitives, while DUSK serves as the underlying Gas for this entire high-frequency compliance verification and asset settlement stack.
#dusk $DUSK