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Networking Event

Beyond the Paper: Zero-Knowledge Academic Record Verification

Join this discussion series that brings together curious minds to explore, unpack, and debate academic research papers through thoughtful, in-depth conversation.

ACS Barangaroo, Level 27, One International Towers, Barangaroo, Sydney, NSW, 2000
Wed 11 Mar 2026 12:30 PM AEDT
Duration: 1.0 hours
Register by Tue 10 Mar 2026 05:00 PM AEDT
In Person
CPD Hours: -
Skills Level: -

About this event

Exclusive to ACS members, this event brings together academic and industry professionals to explore ideas from a selected peer reviewed paper in a practical, discussion led setting.


Unlike ACS’s broader events, this is member led and paper focused, with a spotlight on critical thinking and peer dialogue.


Why attend?

  • Intellectual exchange: A rare space to go beyond lectures and conferences into small-group, peer-to-peer discussion.
  • Share your perspective: Contribute your experience, challenge assumptions, and add context, whether from research, industry practice, or lived experience.
  • From theory to practice: See how research concepts translate into real-world applications, challenges, and opportunities across industries.
  • Professional development for all: Strengthen critical thinking, communication, and discussion skills while staying across current and emerging trends.


Paper in review: A Zero-Knowledge Proof-Enabled Blockchain-Based Academic Record Verification System by Assoc. Professor John Ayoade

NOTE: ATTENDEES ARE REQUIRED TO READ THE PAPER (CLICK THE LINK ABOVE) IN ADVANCE TO ENSURE A MEANINGFUL AND INFORMED DISCUSSION DURING THE SESSION


Academic credential fraud presents a significant challenge to the global academic and labour markets, undermining the credibility of legitimate qualifications. This paper implemented a Zero-Knowledge Proof-Enabled Blockchain-Based Academic Record Verification System (ZKBAR-V) and conducted comprehensive testing which demonstrates its capability to manage transactions securely, maintain privacy, and reduce costs compared to traditional Ethereum.


This system provides a privacy-preserving, immutable, and secure framework for managing academic credentials. The novel approach integrates Decentralized Identifiers (DIDs) to standardize identity management while eliminating reliance on centralized authorities. We have used dual-blockchain, which separates public and private information, which can enhance both efficiency and privacy

Event Location

ACS Barangaroo, Level 27, One International Towers, Barangaroo, Sydney, NSW, 2000
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