Blockchain is evolving. From the initial transfer of value to the construction of complex financial ecosystems, this process relies heavily on breakthroughs in privacy protection technologies.

Integrating cutting-edge cryptographic tools such as zero-knowledge proofs and secure multi-party computation, it is now possible to build privacy-preserving computing environments that support complex financial logic. It sounds highly technical, but the practical applications are quite diverse.

The institutional trading sector is the easiest to understand—large funds and traders need to execute massive transactions but do not want to expose their strategies and positions. Privacy computing makes this possible while also meeting regulatory requirements. Supply chain finance is also very practical: participants can protect trade secrets while achieving information sharing and automated financing on-chain, avoiding the cumbersome traditional processes. Digital identity and credit assessment scenarios are equally important—users can prove their qualifications and creditworthiness to service providers without revealing raw data.

Technological innovation ultimately depends on economic incentives. Native tokens are not just a means of payment; they are key tools for coordinating interests among parties and maintaining ecosystem stability. As real-world applications increase and user bases expand, the actual demand for tokens will continue to grow, creating a solid foundation of real value for the entire ecosystem.