Michael Sandborn
Papers
1
Total Citations
2
H-Index
1
About
Michael Sandborn’s research lies at the critical intersection of cybersecurity, cyber-physical systems (CPS), and blockchain technology—fields where digital code directly controls physical infrastructure. His most-cited work, “An Architecture for Component Authentication using Secure Cyber-physical Information and Blockchain” (2021), addresses a pressing vulnerability in safety-critical CPSs used across process automation, transportation, and industrial operations. As device interconnectivity surges, Sandborn’s proposed architecture offers a novel framework for authenticating components by integrating secure cyber-physical data with blockchain’s immutable ledger, ensuring that only verified hardware and software interact within these high-stakes environments. While his citation count is still building—reflecting the emerging nature of this domain—his contribution is notable for its forward-looking design, tackling the foundational challenge of trust in increasingly networked physical systems. Sandborn’s work signals a vital shift: securing not just data, but the physical actions that depend on it. For students and researchers exploring the future of secure automation, his research provides a clear blueprint for how blockchain can anchor integrity in the tangible world.
Research Focus
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Top Papers
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