Schedule

Daniel Tan

Role:
Lead circuit engineer / researcher
Company:
Ora (prev. HyperOracle)
About
Daniel Tan is a seasoned professional in the blockchain industry, with a diverse background encompassing investment, business development, marketing, and technical roles. His journey through various facets of the industry has culminated in his current role as the lead zk circuit engineer and researcher at HyperOracle. This breadth of experience gives Daniel a unique, holistic perspective on the blockchain ecosystem. Renowned for his expertise in zero-knowledge proofs, Daniel has made significant contributions to the development of zk circuits, especially with halo2. He specializes in creating and optimizing complex circuits such as keccak256, and rlp, demonstrating a deep understanding of both the technical and practical applications of zkp technology. Currently, Daniel's research focus is on the realm of Zero-Knowledge Virtual Machines (zkVMs). He is deeply involved in researching their design, implementation, and performance, striving to push the boundaries of what's possible in blockchain technology. His work includes not only technical development but also the creation of comprehensive documentation for some zkVM project, aiding in the dissemination of knowledge within the blockchain community. Daniel's varied experience and current specialization position him as a thought leader in the field, driving innovation and accessibility in blockchain technology for developers and enthusiasts alike.
Speaking On:
Efficiency and Innovations: The Journey of zkVMs From Today to Tomorrow
Neptune Stage
#BUIDLHub
February 25, 2024
10:50 am
The presentation is designed to guide the audience through the advanced domain of Zero-Knowledge Virtual Machines (zkVMs), focusing on their current development and potential future advancements. The aim is to dissect and clarify the complexities of zkVMs, thoroughly examining their design choices, various implementations, the necessary trade-offs, and performance benchmarks. This detailed analysis is intended to engage not only professionals in the field but also enthusiasts and learners eager to deepen their understanding of blockchain technology. The talk will touch on a comparative analysis of existing technologies like the Ethereum Virtual Machine (EVM) and zkEVM. This comparison will underscore how zkVMs might offer enhanced flexibility, simpler optimization processes, and a wider range of applications. The discussion will emphasize the transformative potential of zkVMs in reshaping the blockchain landscape, making it more accessible and potent for developers globally. Additionally, the presentation will delve into a thorough analysis of the advantages and drawbacks of zkVMs. It will explore the underlying design principles of these systems, their diverse implementations, the compromises they entail, and their performance metrics. The talk will also highlight recent developments in this field and discuss innovative methods to further augment the efficiency of zkVMs.