Healthcare Cybersecurity

What you will be able to do

• Explain why healthcare delivery organizations are targeted and how a ransomware outage becomes a patient-safety event.
• Translate the HIPAA Security Rule's administrative, physical and technical safeguards into concrete security controls grounded in a risk analysis.
• Assess and reduce the risk of medical devices and the Internet of Medical Things, including legacy and unpatchable equipment.
• Segment clinical networks and control access in a shared-workstation, fast-login clinical environment without blocking care.
• Plan ransomware readiness and clinical continuity: downtime procedures, immutable backups, and an incident response that weighs patient safety.
• Build a healthcare security program across its supply chain and business associates, aligned to recognized healthcare security guidance.

What is inside

6 modules, 12 lessons. Each module ends in a graded quiz.

1. 01

   The Healthcare Threat Landscape

   Scene-setting module that explains why hospitals, clinics, and health systems are among the most heavily targeted organizations in any sector. It covers the value of health records, the life-safety stakes that make healthcare delivery organizations pay ransoms, the unusually broad attack surface, the main threat actors and how they get in, and the central idea that separates healthcare from every other industry: a cyber outage here is not only a business disruption, it is a patient-safety event with measurable physical harm.

   2 lessons · 5 quiz questions

2. 02

   The HIPAA Security Rule as Security Controls

   Read the HIPAA Security Rule the way an engineer reads a control catalog. This module treats the required risk analysis as the foundation that every other safeguard is sized against, then turns the administrative, physical, and technical safeguard families into concrete controls you can build and operate - access control with unique user IDs, audit logging and log review, integrity protection, person or entity authentication, and transmission security. It also settles what required and addressable actually mean so you implement the right control rather than skip one.

   2 lessons · 5 quiz questions

3. 03

   Medical Device and IoMT Security

   Connected medical devices and the Internet of Medical Things (IoMT) sit at the intersection of patient safety and cybersecurity, and they resist the normal security playbook. This module explains why these devices are uniquely hard to secure, how to build and sustain an accurate inventory, how FDA premarket and postmarket guidance and the MDS2 feed procurement and risk decisions, and which compensating controls carry the load when patching is not an option. Throughout, the focus is on practical, vendor-neutral approaches and on the shared ownership boundary between biomedical engineering and IT.

   2 lessons · 5 quiz questions

4. 04

   Securing Clinical Networks and Access

   A practical look at how clinical networks are segmented, how the electronic health record is protected as the crown jewel, and how care teams get strong authentication and least-privilege access without slowing down work at the bedside. Covers network architecture, shared workstations and fast login, break-glass emergency access, and controlling remote and vendor access to clinical systems.

   2 lessons · 5 quiz questions

5. 05

   Ransomware Readiness and Clinical Continuity

   A practical, vendor-neutral guide to preparing a healthcare organization for ransomware so that patient care continues even when systems are down. Covers clinical downtime procedures and kits, attacker-resistant backup strategy, a healthcare-adapted incident response plan that weighs patient safety, communications and OCR/HHS breach-notification duties, and tabletop exercises that rehearse the clinical and technical response together.

   2 lessons · 5 quiz questions

6. 06

   Building the Healthcare Security Program and Managing the Supply Chain

   A program-layer module for intermediate practitioners. It teaches how to run healthcare security as a sustained program rather than a checklist, how to govern the third parties that hold most of your protected health information through Business Associate risk and Business Associate Agreements, how to manage the medical-device and software supply chain with SBOMs and manufacturer patch dependence, and how to mature the program using recognized healthcare guidance - the HHS 405(d) Health Industry Cybersecurity Practices - mapped conceptually to NIST CSF and HITRUST, with governance that sticks through risk ownership, board-readable metrics, workforce training, and continuous improvement.

   2 lessons · 5 quiz questions