When it comes to the technical selection of privacy public chains, many people overlook the subtle differences in zero-knowledge proof systems. DUSK's adoption of the PLONK scheme has indeed attracted the attention of many technical enthusiasts in recent years — supporting customizable reusable circuits, which means developers don't have to build proof systems from scratch every time. More importantly, its proof size is particularly small, and verification speed is incredibly fast, which is a must-have for financial scenarios that require processing massive amounts of transactions.

Combined with Bulletproofs' friendly support for elliptic curves and the Succinct Attestation consensus mechanism, the entire network achieves quite high efficiency in blind voting leader elections. The biggest significance of this combination is — it allows distributed verification while avoiding centralization traps. From a technical depth perspective, DUSK's architecture design is indeed worth in-chain developers studying in detail. As the core incentive layer of this entire system, $DUSK carries the balance between network security and participant rights.