In this episode, we spoke with Karla McKenna, Christoph Schneider, and Kevin Griffin from GLEIF to explore the future of trusted organizational identity. They explain how the Verifiable LEI (VLEI) builds on the global LEI system, why strong governance is essential for digital trust, and how the KERI and ACDC protocols create a secure, interoperable foundation for high-assurance credentials. The conversation also covers VLEI’s role across industries, insights from GLEIF’s global hackathon, and how emerging threats like AI-driven fraud make verifiable authenticity more critical than ever.
Explore the intricacies of Cardano's tokenomics with Cardano Foundation CTO Giorgio Zinetti and industry expert Massimo Morini. Together, they explore Cardano's unique token distribution strategy, including mechanics of the reserve, reward pot, and treasury, explaining how each contributes to network resilience. Morini further examines reward distribution, validator incentives, and the importance of parameterization for future decentralized governance. Tune in to discover why Cardano's tokenomics are considered best-in-class.
In this episode, we speak with Nia Whitaker, Blockchain Success Lead at Dune, about making blockchain data usable for every kind of enterprise team. The conversation covers what changed once Cardano's data became available on Dune, how the platform gives businesses a full picture instead of isolated transactions, why removing technical barriers matters for non-technical teams, and how accessible data is what ultimately earns enterprise trust.
Join Jeremy Firster and Thomas Mayfield as they discuss Veridian, the Cardano Foundation's innovative digital identity platform. This insightful discussion explores Veridian's future-proof design, including its use of the groundbreaking Key Event Receipt Infrastructure (KERI) and Authentic Chained Data Containers (ACDC) protocols. Learn how the Cardano blockchain acts as a tertiary root of trust, while Veridian's unique pre-rotation key management system and hash-chained key event logs protect against quantum attacks and key compromises.