Yi Luo

Title: Yi Luo: Blockchain and Digital Trust Inventions.

Introduction

Yi Luo is an inventor based in Guangzhou, China. His work includes patent inventions involving blockchain-based voting and timestamp generation. He is associated with Guizhou Power Grid Co., Ltd. and the Power Research Institute of China Southern Power Grid. Luo has 2 patents.

Latest Patents

Luo’s listed patents address ways to use blockchain technology to support privacy, verification, and reliable records.

“Blockchain-Based Anonymous Trusted Voting Method, Apparatus and Related Device” describes a voting process that hashes the original voting content, blinds a commitment using information from other voters, and signs the resulting commitment tuple. After other voters verify the signature, the method forms a vote tuple and uploads it, along with related commitment information, to a blockchain. The commitment information can be used to decrypt the vote tuple, while the process is designed to support anonymous and trusted voting.

“Timestamp Generation Method and Apparatus, and Electronic Device and Storage Medium” presents an approach to generating timestamps without relying on a traditional trusted third-party timestamp authority to record the file information. The method calculates a hash of a file record and sends it to a random issuer. The issuer signs the hash and the time it received it, then returns the signature result, which is stored on a blockchain as the file’s timestamp.

Career Highlights

Luo’s listed professional affiliations include Guizhou Power Grid Co., Ltd. and the Power Research Institute of China Southern Power Grid. His patent work connects blockchain systems with practical needs for secure voting and verifiable digital records.

Collaborations

Yong Xiao and Jiaxiang Ou are identified as Luo’s coworkers. The available information does not specify their roles in the listed patent inventions.

Conclusion

Yi Luo’s two listed patents focus on applying blockchain technology to anonymous voting and timestamp generation, with an emphasis on verification, privacy, and trustworthy records.