Dusk's technical architecture design is quite interesting. It uses zero-knowledge proofs at the core to handle transaction verification, in other words, you can prove that something is true without revealing any details — this is a breakthrough for financial data privacy protection.

The virtual machine layer uses the Piecrust engine, specifically optimized for privacy contracts. Developers can directly write applications with privacy features without resorting to various workarounds. This design approach avoids many performance bottlenecks common on traditional public chains.

The consensus mechanism employs proof of stake, where users participate in network governance by staking tokens, which consumes much less energy compared to proof of work. The democratized decision-making process gives community members real voice and influence.

The most interesting part is the modular design. You can flexibly combine different functional modules, such as integrating real-world asset tracking, cross-chain communication, and more, making expansion as easy as building with blocks. Compared to all-in-one chains, Dusk's architecture is more lightweight and practical.

From an application perspective, this design philosophy could lower the barrier to entry for ordinary users. The technology isn't just for show; it aims to genuinely solve practical issues like privacy, efficiency, and usability. As more financial scenarios move onto the blockchain, public chains with strong privacy protections will become increasingly attractive.