IEEE Iowa-Illinois Section CS Tech Talk: Quantum Threats to Medical Privacy: Preparing for Post-Quantum Security in Healthcare
We are pleased to present a timely and forward-looking discussion on one of the most pressing challenges in healthcare cybersecurity. As quantum computing advances, traditional cryptographic systems — including RSA and ECC — could be rendered vulnerable. In a domain where patient data confidentiality and the reliability of medical devices are critical, preparing for technological improvement is necessary.
This session by Herat Joshi and Shenson Joseph will explore the evolving quantum threat landscape for healthcare IT infrastructures, including EHR systems and network-connected medical devices. They will also highlight the latest NIST post-quantum cryptography initiatives and provide actionable guidance to help organizations evaluate their current cryptographic posture and develop a strategic path toward quantum-resilient security. We expect that attendees will come away with concrete insights to be prepared for the emerging post-quantum era.
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The recordings from the CS Tech Talks are hosted by our partner, Docent Institute at CornCon.tv.
- Co-sponsored by Docent Institute
- Starts 06 November 2025 06:00 AM UTC
- Ends 19 November 2025 06:00 PM UTC
- No Admission Charge
Speakers
Shenson of University of North Dakota
Quantum Threats to Medical Privacy: Preparing for Post-Quantum Security in Healthcare
As quantum computing continues to evolve, it poses a significant threat to the security of encrypted healthcare data. This session explores how quantum algorithms, such as Shor’s, could break widely used cryptographic methods like RSA and ECC—potentially exposing sensitive patient records, Electronic Health Record (EHR) systems, and connected medical devices. The talk will outline the risks posed by quantum attacks on healthcare IT infrastructure and provide an overview of emerging post-quantum cryptography (PQC) standards and NIST recommendations. It will also cover practical steps organizations can take today to assess their cryptographic assets and begin planning for a quantum-resilient future. Attendees will gain insight into the intersection of quantum computing, data privacy, and regulatory compliance, and walk away with a strategic roadmap to protect medical data in the post-quantum era.
Biography:
Shenson Joseph is a distinguished AI researcher and data science expert. With expertise in Data Science, Analytics, and Artificial Intelligence, he has authored two books, and authored more than six research papers. Shenson has judged over many national and international events and actively contributes to editorial boards and conferences. He has earned a master’s degree in Data Science and second masters degree in Electrical & Computer Engineering.
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Ashok of IEEE Senior Member
Biography:
Ashok Gadi Parthi (EDAS ID: 2303011) is a Senior Data Architect and IEEE Senior Member with over 15 years of experience in cloud architecture, data integration, and AI-driven engineering. He works as a consultant for Verizon through ProIT Inc., and has led large-scale modernization and real-time analytics initiatives for organizations including Verizon, JPMorgan Chase, and Boeing. His contributions include automated data migration frameworks, AI-enabled governance solutions, and high-reliability data ecosystems for enterprise environments. His current research explores applying Quantum Computing to accelerate complex data processing and next-generation intelligent decision systems.
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Nidhi of Libra Software Group
Biography:
Nidhi Srivastava is a cybersecurity and GRC leader with over a decade of experience driving security maturity, compliance automation, and risk governance across global software ecosystems. She specializes in uplifting enterprise programs through CIS Controls alignment, IAM least-privilege engineering, cloud security best practices, and evidence-driven audit readiness. With a strategic focus on bridging technical depth and executive-level governance, Nidhi designs scalable frameworks, strengthens cross-functional accountability, and leads initiatives that reduce risk while enabling business growth.
Nidhi is also an educator and emerging innovator exploring new frontiers in AI-powered digital safety and advanced security engineering. She holds multiple certifications, including CISSP and CRISC, and is currently pursuing a master’s degree in Cybersecurity to further deepen her expertise. Known for her analytical rigor, stakeholder leadership, and passion for advancing modern security practices, Nidhi brings a balanced, forward-thinking approach to building trustworthy, resilient organizations.
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