Certified Medical Device Security Practitioner (CMDSP) Certification Program by Tonex
This program equips professionals to secure medical devices across their entire lifecycle, from embedded software to hospital networks and cloud platforms. Participants learn how safety, quality and security intersect in regulated healthcare environments and how design decisions directly affect patient outcomes. The course emphasizes cybersecurity as a core element of clinical risk management and product assurance rather than an afterthought.
Topics include secure architecture for connected medical devices, threat modeling, vulnerability assessment and coordinated disclosure with regulators and healthcare providers. Participants explore how cybersecurity requirements influence procurement, vendor management and postmarket surveillance. By the end of the program, learners are prepared to engage confidently with engineering teams, clinicians, security operations and auditors to ensure that medical devices remain resilient, compliant and trustworthy in an evolving cyber threat landscape.
Learning Objectives
- Understand the architecture and lifecycle of modern medical devices and ecosystems
- Explain common threat vectors and abuse cases affecting connected and implantable devices
- Apply risk assessment methods to balance safety, effectiveness and security requirements
- Interpret key regulations and standards relevant to medical device security and compliance
- Collaborate effectively with engineering, clinical and security stakeholders to resolve security findings
- Describe how cybersecurity practices reduce patient risk and strengthen overall healthcare cybersecurity
Audience
- Medical device engineers and system architects
- Product managers and technical program managers
- Regulatory and quality assurance professionals
- Clinical engineering and biomedical engineering staff
- IT and network operations personnel in healthcare environments
- Cybersecurity Professionals
Program Modules
Module 1: Foundations of medical device cybersecurity
- Medical device classifications and ecosystems
- Safety, quality and security relationships
- Typical connectivity models and data flows
- Common vulnerabilities in legacy and new devices
- Threat actors targeting healthcare and devices
- Role of governance in secure device programs
Module 2: Secure design for connected medical devices
- Security requirements in product specifications
- Secure hardware and firmware design concepts
- Authentication and authorization for device access
- Data protection and secure storage strategies
- Secure logging and audit trail capabilities
- Design for updateability and long term support
Module 3: Risk management and regulatory expectations
- Integrating security into clinical risk analysis
- Mapping security controls to safety hazards
- Regulatory expectations for cybersecurity documentation
- Security related guidance from global regulators
- Postmarket surveillance and vulnerability handling expectations
- Aligning internal policies with external requirements
Module 4: Networked deployment and hospital integration
- Network segmentation strategies for medical devices
- Secure onboarding and asset inventory practices
- Interaction with electronic health records and hospital systems
- Remote monitoring and support considerations
- Coordinating with IT and security operations centers
- Managing third party and vendor connectivity
Module 5: Vulnerability assessment and incident response
- Planning and executing security testing activities
- Coordinated vulnerability disclosure and communication
- Triage and remediation of discovered weaknesses
- Forensic considerations in clinical environments
- Business continuity and downtime planning for devices
- Lessons learned capture and program improvement
Module 6: Lifecycle governance and supply chain security
- Secure development lifecycle for medical device products
- Supplier and component security due diligence
- Software bill of materials management and review
- Patch management and end of support decisions
- Metrics and key indicators for program maturity
- Executive reporting and stakeholder communication
Exam Domains
- Medical Device Cybersecurity Fundamentals
- Regulatory Compliance and Risk Governance
- Secure Design and Architecture for Devices
- Clinical Environment Deployment and Operations Security
- Vulnerability Management and Incident Handling
- Secure Supply Chain and Lifecycle Management
Course Delivery
The course is delivered through a combination of lectures, interactive discussions, case based exercises and project oriented learning, facilitated by experts in medical device security and healthcare technology. Participants have access to online resources, readings, standards summaries, and real world scenarios that reflect current industry challenges. The delivery approach supports both technical and nontechnical roles, helping all participants translate concepts into actions that protect patient safety and strengthen organizational cybersecurity posture.
Assessment and Certification
Participants are assessed through quizzes, short written assignments and a capstone style final assessment that integrates design, risk and operational considerations. Assessments are designed to test both conceptual understanding and practical application in realistic medical device environments. Upon successful completion of the program and final examination, participants receive the Certified Medical Device Security Practitioner (CMDSP) certificate from Tonex, validating their expertise in this specialized domain.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario based Questions
Passing Criteria
To pass the Certified Medical Device Security Practitioner (CMDSP) Certification Training exam, candidates must achieve a score of 70% or higher.
Strengthen the safety and trustworthiness of your medical devices by building deep, practical security expertise. Enroll in the Certified Medical Device Security Practitioner (CMDSP) Certification Program by Tonex to align engineering, clinical and cybersecurity teams around a common security language and framework that protects patients and supports regulatory success.