Web 3.0 Identity and Encrypted Payments

In terms of data security, Academic Labs utilizes blockchain and distributed storage technology to decentralize user data storage, ensuring that data is no longer centralized on a single server. This greatly reduces the risk of data leakage while also protecting user privacy. Through encryption algorithms, sensitive user information can be safely stored, even in the event of data breaches, making it difficult for attackers to decrypt such information.

In addition, the Academic Labs platform combines Web 3.0 technology with commonly used two-factor fuzzy authentication and facial recognition, providing a decentralized identity account (DID) that ensures the authenticity of learners' identities and avoids identity information leaks during the verification process.

The decentralized structure of the blockchain prevents the leakage of identity information in centralized databases, and the consensus mechanism prevents online learning accounts from being registered by others and subsequently changed or canceled. In terms of payment, Academic Labs supports traditional payment methods as well as cryptocurrency payments. In the future, it will gradually support decentralized finance (DeFi) lending to support poor students in completing their studies. In a decentralized payment system, transactions do not require reliance on traditional intermediary institutions and are not limited by regional payment restrictions, allowing more users from different regions and countries to smoothly participate in online education platform courses.