Findora Foundation
Weikeng Chen is a highly experienced researcher and entrepreneur currently serving as a Research Partner at L2 Iterative Venture since August 2023. Previously, Weikeng co-founded and held the position of Chief Technology Officer at DZK from December 2021 to August 2023 and was the Chief Scientist at Discreet Labs from October 2021 to July 2023. Academic contributions include a role as a Graduate Student Researcher at UC Berkeley EECS from August 2017 to May 2022 and a Research Engineer position at Aleo in July 2021. Additionally, Weikeng’s early research experience includes tenures as a Visiting Student Researcher at UC Berkeley and Dalhousie University. Educational credentials consist of a Doctoral degree in Security and a Master of Science in Computer Science from the University of California, Berkeley, alongside an Honours Bachelor of Engineering in Network Information Security from the University of Science and Technology of China.
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Findora Foundation
Findora blockchain is next-generation, creating new ways to protect the data privacy of users by empowering them to mask their data. The inception of Findora began in 2017 as a university cryptography research project. Findora founders used the latest breakthroughs in zero-knowledge proofs, Bulletproofs, and multi-party computation to provideusers with transactional privacy with selective disclosure and auditability.While Findora is in some ways similar to Ethereum, Findora has also added additional privacy protections. Ethereum reveals every detail of a transaction on a public ledger log entry, which doesn’t allow for much privacy of users’ data. But Findora Blockchain 2.0 technology allows users to mask their data. With Findora, users can hide selected portions of their overall data on the public ledger log entry. Findora founders wanted to solve identity authentication issues, so the platform was created with an address identity registry that greatly expands potential use cases.Findora can mask users’ data because of its pioneering cryptography research. The platform relies on Bulletproofs and specialized zero-knowledge cryptography such as PLONKand Supersonic. If a user sends 1,000,000 tokens on the Bitcoin or Ethereum blockchain, data from that transaction will be publicly viewable. With Findora, users can easily mask data fields. In a Findora confidential transfer, the "amount" can be masked from public view. However, the sender, recipient and specially privileged users — such as government regulators — can unmask hidden data.