In the development of Web3 infrastructure, core demands are focused on areas such as AI security, data protection, and cross-chain transactions. However, solutions that can achieve fully homomorphic encryption are not common. Against this backdrop, the Mind Network team has emerged as a pioneer in the industry, successfully applying fully homomorphic encryption (FHE) technology to the Mainnet.

The innovation of Mind Network lies in its unique HTTPZ protocol. This protocol represents a significant upgrade over HTTPS by extending the scope of encryption from the transport layer to the computing and execution layers, achieving quantum-level security protection throughout the entire process. This groundbreaking advancement is not merely a simple encryption tool, but rather a major revolution in network infrastructure.

Although FHE is still a niche area in the encryption industry, its potential application scenarios are broad. Among the four pillars of AI development—data, computing power, algorithms, and security—the first three have been occupied by large enterprises, while the security field still awaits the emergence of an absolute leader. The undervaluation of Mind Network in this field suggests that there may be significant growth potential in the future.

If we compare Mind Network with other infrastructure projects like Nillion, Chainlink, or successful wallet IDO projects, we can foresee that once such security protocols are practically applied, their valuations may rise significantly. In addition, the development logic of FHE is similar to ZK (Zero-Knowledge Proof) technology; once the market matures in its understanding, demand may quickly concentrate.

Overall, the innovations of Mind Network bring new possibilities to Web3 infrastructure, and its leading position in the field of fully homomorphic encryption may lead to revolutionary changes in data security and privacy protection in the future. With further technological advancements and deeper market education, we have reason to expect Mind Network to play an increasingly important role in the Web3 ecosystem.