Description

Artificial Intelligence in Healthcare: Security, Safety, and Regulatory Readiness
Securing AI-Enabled Clinical and Medical Device Ecosystems
Intelligent Systems, Intelligent Threats: Cybersecurity for AI in Healthcare

Artificial Intelligence is no longer experimental in healthcare, it is operational. AI models now assist radiologists in identifying abnormalities, support clinical decision-making, optimize hospital operations, power chatbots interacting with patients, and drive intelligent behavior in connected medical devices. While these technologies promise improved patient outcomes and operational efficiency, they introduce a new generation of cybersecurity and safety risks.

Healthcare organizations already operate in one of the most regulated and threat-heavy environments. The integration of AI expands the digital attack surface beyond traditional systems. AI models rely on large datasets, APIs, cloud infrastructure, identity systems, and integration points across Electronic Health Record (EHR) platforms and medical devices. Each layer presents vulnerabilities.

Threat actors are increasingly exploiting AI systems through techniques such as data poisoning, adversarial manipulation, model inversion attacks, API abuse, credential compromise, and ransomware targeting AI infrastructure. In clinical settings, these attacks are not merely data risks— they can directly impact patient safety and clinical decision accuracy.

Additionally, AI-enabled medical devices present unique regulatory and safety challenges. The FDA has introduced evolving guidance on Software as a Medical Device (SaMD) and AI/ML-based systems. Healthcare entities must consider secure development lifecycle practices, post-market monitoring, threat modeling, and vulnerability management as core requirements—not optional controls.

From a compliance perspective, HIPAA’s Security and Privacy Rules extend to AI systems that process PHI. Organizations must ensure confidentiality, integrity, and availability while maintaining auditability and accountability. Emerging AI governance frameworks, including the NIST AI Risk Management Framework, add further complexity.

This webinar examines AI in healthcare from both a technical and governance lens. Participants will explore how AI systems are architected, where vulnerabilities typically emerge, and how to apply structured threat modeling techniques to identify and mitigate risks. The session will also address how to align AI security practices with Zero Trust principles, identity governance, cloud security, DevSecOps, and incident response planning.

Attendees will gain practical insight into:

• Securing AI development pipelines
• Managing third-party AI vendors
• Protecting training data and model integrity
• Integrating AI into medical devices securely
• Preparing for AI-related regulatory scrutiny
• Balancing innovation with patient safety and cybersecurity resilience
• This session is designed for leaders who recognize that AI security is not just a technical issue— it is a clinical, operational, regulatory, and reputational imperative.

Learning Objectives:-

By the end of this session, participants will be able to:

• Identify key cybersecurity risks introduced by AI systems in healthcare.
• Analyze AI architectures to determine potential attack vectors.
• Apply threat modeling principles to AI-enabled applications.
• Understand regulatory implications for AI in medical and clinical environments.
• Implement foundational controls to secure AI development and deployment.
• Communicate AI risk effectively to executive and board leadership.

Areas Covered in the Session:-

• AI use cases in healthcare and medical devices
• AI threat landscape (data poisoning, adversarial ML, prompt injection, model theft)
• AI attack surface analysis in clinical environments
• Threat modeling AI systems (STRIDE, MITRE ATT&CK mapping)
• Securing AI APIs and cloud infrastructure
• Identity & Zero Trust for AI systems
• AI in connected medical devices (FDA considerations)
• HIPAA implications for AI processing PHI
• AI governance frameworks (NIST AI RMF overview)
• DevSecOps for AI/ML pipelines
• Incident response considerations for AI compromise
• Board-level AI risk communication.

Background:-

Artificial Intelligence (AI) is rapidly transforming healthcare. From AI-assisted diagnostics and predictive analytics to smart infusion pumps and connected medical devices, healthcare organizations are integrating machine learning into clinical workflows at unprecedented speed.
However, as AI adoption accelerates, so do the risks.

Healthcare remains the most targeted sector for ransomware and data breaches. The introduction of AI systems expands the attack surface, introducing new risks such as model manipulation, adversarial attacks, data poisoning, prompt injection, API exploitation, identity abuse, and regulatory non-compliance.

Regulators are responding. The FDA is issuing guidance on AI-enabled medical devices. OCR continues enforcement under HIPAA. NIST is advancing AI Risk Management frameworks. Meanwhile, healthcare CISOs and compliance leaders must balance innovation, safety, and patient trust.

This session addresses the critical intersection of AI, cybersecurity, medical device safety, and regulatory governance.

Why should you Attend?

You should attend if you are asking:

• How do we secure AI systems integrated into clinical environments?
• What new cyber risks do AI-enabled medical devices introduce?
• How do HIPAA, FDA, NIST, and emerging AI regulations apply?
• How do we implement AI securely without slowing innovation?
• How do we prepare our organization before AI-related incidents occur?

This session moves beyond theory and provides practical, architecture-level and governance-level guidance.

Who will Benefit?

•  Healthcare CISOs and CIOs
• Compliance & Risk Officers
• Medical Device Security Engineers
• Clinical Engineering Teams
• Healthcare IT Directors
• Information Security Architects
• Healthcare Executives & Board Members
• Biomedical Engineering Leaders
• Health System Innovation Officers
• Privacy Officers.