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This talk introduces Trustworthy Computing as a shift toward systems built on verifiable, transparent, and privacy-respecting foundations. Using blockchain and AI, it explores real-world impacts—from food safety and identity protection to AI transparency and machine unlearning—emphasizing the transition from reputational trust to algorithmic trust in everyday digital life.
Health care and Life Sciences professionals will find particular relevance in applications that enhance drug authenticity, patient data privacy, and AI reliability in decision making.
This 45 minute keynote presents new information and research in development in the theme areas below:
Enhanced Security Frameworks
By Tory CenajThis talk introduces Trustworthy Computing as a shift toward systems built on verifiable, transparent, and privacy-respecting foundations. Using blockchain and AI, it explores real-world impacts—from food safety and identity protection to AI transparency and machine unlearning—emphasizing the transition from reputational trust to algorithmic trust in everyday digital life.
Health care and Life Sciences professionals will find particular relevance in applications that enhance drug authenticity, patient data privacy, and AI reliability in decision making.
This 45 minute keynote presents new information and research in development in the theme areas below:
Enhanced Security Frameworks