Prof. Angela Wells
- MBA, Technologist, Chief Warrant Office 1 Cyber Reserve and InfraGard Board Member of Louisiana
- City University of Seattle Washington, USA
Angela Wells is a distinguished scholar, innovator, and internationally acclaimed project coordinator. She possesses a Master of Business Administration (MBA) with specialization in Health/Health Care Administration/Management from Ashford University. She is Chief Warrant Officer of Louisiana State Guard Cyber Reserve and InfraGard Board Member of Louisiana, In her quest for growth and development, she attended Harvard University for specialized training at The Harvard Medical School and was certified with Advanced Teaching Skills certificate in 2016. Professionally, she is a Certified Project Management Professional, an Ethics Training for Public Servants Certified, Mediation Worlds, PLLC certified on Basic Mediation, Certified DevOps/Cloud Engineer, and Certified Fraud Examiner. Prof. Angela is an associate faculty (MBA Healthcare Administration) at the City University of Seattle and a visiting lecturer at CETYS University. Her career has been a journey from Education sector to medical sector to Computing and AI application and integration sectors. She is passionate about women healthcare, robotics, and deployment of AI solutions across underserved communities.
Sessions
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Cybersecurity and Cyber Resilience Sector Symposium
Mitigating Cybersecurity Risks in Legacy Healthcare Systems: Policy, Technology, and Response Strategies for Critical Infrastructure
Cybersecurity for critical infrastructure has shifted from prevention alone to a broader focus on resilience. While strong defenses, threat detection, and response remain essential, today’s threat landscape demands the ability to withstand, adapt to, and rapidly recover from cyber incidents. This session explores the nature of increasingly sophisticated and disruptive cyber threats to proactive strategies for ensuring business continuity, disaster recovery, and operational integrity, enabling vital services to remain secure, reliable, and functional, to meet NIS2 and DORA regulations.