Ordinary privacy coins can only hide "who sent how much to whom".
But the confidential smart contracts of @Dusk allow developers to write complex business logic, where some states are public while critical data remains encrypted.
Application Scenario One: Decentralized Dark Pool. Institutions can post large buy or sell orders on-chain without worrying about high-frequency trading bots 'front-running' or 'sandwich attacks' by monitoring the memory pool. The transaction only gets confirmed on-chain after successful matching.
Application Scenario Two: Blind Auction System. All participants' bids remain confidential before the auction ends, completely eliminating the possibility of collusion and ensuring genuine market competition.
Dusk uses its proprietary Piecrust virtual machine to innovatively divide contract states into "public states" and "private states".
This enables DApps to leverage blockchain's consensus mechanism for settlement while protecting user data privacy like traditional centralized servers.
This hybrid architecture is currently the optimal solution for deploying complex commercial applications on blockchain.
Dusk is not just a platform for issuing RWA; fundamentally, it is an operating system supporting commercial privacy computing.
It resolves the dichotomy between "transparency" and "confidentiality," enabling blockchain technology to truly serve the complex business needs of the real economy.
For investors, understanding the value of confidential smart contracts means understanding the ecological position of $DUSK in the second half of Web3.
