When it comes to privacy public chains, most people's first reaction is often "the more private, the better." However, after a deeper study of Dusk Network, you'll find that this chain's approach is actually more interesting—it doesn't push privacy to the extreme but instead turns it into a tool that can truly connect with the real world. In today's increasingly strict regulatory environment, this pragmatic approach demonstrates greater vitality.

From a technical perspective, Dusk uses Plonk zero-knowledge proofs to implement confidential smart contracts. This isn't about "completely black-box" privacy hiding. Its strength lies in fine-grained permission control—precisely defining "who can see what." For example, a company may execute an employee stock incentive plan on-chain. Sensitive information like the number of shares held and exercise records are completely opaque to outsiders, but internal auditors, legal teams, and even regulators can access the full data through pre-set viewing keys. This "controllable transparency" sounds simple, but implementing it is another matter. Achieving this mechanism at the native chain level while maintaining acceptable performance metrics showcases that the underlying technology is not superficial.

Looking at the design of the DUSK token, its role goes far beyond governance or gas fees; it is directly integrated into the entire privacy computation process. Nodes stake DUSK to participate in consensus and generate privacy proofs. The network distributes incentives based on actual contributions (such as how many confidential transactions are processed). This design tightly couples the token with network operation, rather than merely serving as a superficial governance tool.