The fourth session of Exponential Science’s DLT Seminar Series featured Asgeir Oskarsson Siggi Oskarsson, and Darren Kellenschwiler from the BSV Blockchain Association, who delivered an in-depth exploration of BSV’s technical design, enterprise use cases, and its vision for scalable, data-driven blockchain infrastructure.
The session opened with an introduction to the BSV Blockchain Association, a Switzerland-based non-profit promoting enterprise adoption of scalable public blockchain solutions.
A central theme of the discussion was Teranode, BSV’s modular architecture designed to handle millions of transactions per second. Teranode demonstrates how blockchain can evolve beyond theoretical throughput to achieve real-world enterprise-grade performance, supporting applications in finance, government, and supply-chain systems.
Participants were also introduced to the UTXO transaction model, a design that enables true parallel processing and atomic transaction integrity. This structure allows BSV to manage high-volume data operations efficiently while maintaining robust security through Proof-of-Work consensus.
Finally, Asgeir emphasised the importance of protocol stability and regulatory compliance as prerequisites for enterprise trust in blockchain solutions. By providing predictable governance and low transaction costs, BSV aims to offer a reliable foundation for large-scale digital transformation.
This session reinforced the DLT Seminar Series’ goal: to connect academic insight with industry application, helping organisations understand how distributed ledger technologies are evolving toward scalable, secure, and sustainable systems.
To learn more about the BSV Blockchain and the Teranode architecture, visit bsvblockchain.org or explore their open-source resources on GitHub.
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