The issue of medical device compliance is critical in contemporary globalized healthcare environment. Moreover, it is important to make sure medical equipment is not cyber-attacked. Cybersecurity breaches can harm patients. They can also disrupt the medical practice. Medical device compliance is, therefore, not a regulation requirement only. It is a patient safety requirement.
The integrated devices have transformed the provision of healthcare. However, they bring new areas of weakness. Furthermore, the attacks on medical gadgets are taking place globally. In 2024, the volume of recalls of medical devices increased by 8.6 per cent relative to the same year, and 1,059 devices were recalled. Thus, healthcare providers and manufacturers must employ sound cybersecurity. The regulatory compliance standards for medical devices are also evolving at a very high rate.
This guideline explains how to ensure the standards of compliance of medical devices during the product life cycle. After that, you will be reading about the FDA compliance medical device requirements. Similarly, why are we talking about the international compliance systems of medical equipment? Finally, there are effective actions towards achieving medical product compliance.
Talk to Our Experts for a comprehensive medical device compliance assessment.
What Are the Core Requirements for Medical Device Cybersecurity Compliance?
The initial move in compliance with a medical device is to get familiar with the basic security requirements. Firstly, the manufacturers ought to make use of security by design. It suggests cybersecurity at the initial phase of development. Second, the organisations ought to undergo a good risk assessment. Third, they are supposed to be exhaustively documented.
Security by Design Principles
Security by design ensures that compliance standards of medical devices are incorporated into products. To begin with, manufacturers should get to know the potential threats. The next step is to devise controls that could curb such risks. Moreover, it is a preventive action that reduces vulnerabilities.
Key security by design elements include:
- Authentication mechanisms – Implement strong user verification systems
- Data encryption – Protect sensitive information during storage and transmission
- Secure boot processes – Ensure device integrity from startup
- Access controls – Limit unauthorised device access
- Secure update mechanisms – Enable safe software patches and updates
In addition, FDA-compliant medical devices should have written proof of such security provisions. In addition, the manufacturers are expected to demonstrate the fact that security controls guarantee the safety and performance of the devices.
Risk Management Framework
The focus of medical devices regulatory compliance is on risk management. The companies ought to identify the cybersecurity threats at the product lifecycle. They then evaluate the possible injury to the patient. After that, they possess adequate controls.
The FDA recommends that the threats and controls expressed in the threat model should be expressed in the cybersecurity risk assessment provided in the premarket submissions. Therefore, the standard risk assessment methods should be embraced by the manufacturers. Specifically, the threats may be prioritised with the help of the Common Vulnerability Scoring System (CVSS).
The risk management process includes:
- Threat identification – Recognise potential security vulnerabilities
- Risk analysis – Evaluate exploitability and patient impact
- Control implementation – Deploy security measures
- Effectiveness monitoring – Continuously assess control performance
- Risk communication – Share information with stakeholders
As a result, the correct risk management guarantees compliance with medical equipment and the safety of patients.
How Do FDA Guidelines Shape Medical Device Cybersecurity?
U.S. Food and Drug Administration (FDA) released its final guidance on the topic of Cybersecurity in Medical Devices: Quality System Considerations and Premarket Submission Content on June 27, 2025. This guideline establishes comprehensive guidelines for FDA compliance with medical equipment. Moreover, it defines what a cyber device means.
Understanding Cyber Device Definition
The FDA regards a cyber device as one that has software or software. Thus, nearly all medical equipment of the modern world is covered by the said requirements. Moreover, the wide definition removes the past ambiguities. This means that manufacturers will need to take care of the cybersecurity of virtually all medical products that are interconnected in a network.
Premarket Submission Requirements
The premarket submissions needed by the FDA for compliance with medical devices are to contain some cybersecurity documentation. In the first place, the manufacturers will be required to offer a Plan of Cybersecurity Management. Second, they provide risk assessment reports. Third, they will include a result of security tests.
In the FD&C Act 524B, manufacturers are required to demonstrate reasonable assurance of cybersecurity. In this regard, reports must show that gadgets satisfy security objectives. These objectives include:
- Authenticity – Verify user and system identities
- Authorization – Control access to device functions
- Availability – Ensure device remains operational
- Confidentiality – Protect sensitive data
- Secure updatability – Enable timely security patches
The manufacturers must, furthermore, provide a Software Bill of Materials (SBOM). SBOM is a comprehensive list containing all software elements implemented on a device to provide healthcare, including software created by the manufacturer, as well as software created by other companies. Consequently, it enables prompt vulnerability identification.
Download our Pentest Report to understand medical device compliance testing.
Post-Market Monitoring Obligations
When it comes to FDA compliance, medical devices are not restricted to premarket approval. Manufacturers ought to be in a position to maintain vigilance regarding cybersecurity. They must also be aware of any threats which emerge. Therefore, it becomes post-market activities:
- Continuous vulnerability monitoring
- Coordinated vulnerability disclosure processes
- Timely security updates and patches
- Incident response procedures
- Communication with healthcare providers
Additionally, the manufacturers should revise their Cybersecurity Management Plan in response to the occurrence of new threats. On the same note, they should monitor software vulnerabilities by third parties. In turn, medical product compliance needs continuous work during the device lifecycle.
Suggested Read: FDA Postmarket Cybersecurity Guidance for Medical Devices
What Global Standards Govern Medical Device Security?
The standards of medical device cybersecurity compliance vary in various regions. However, the harmonization of the world is increasing. It is also significant that the manufacturers are aware of the world’s demands.
International Standards Framework
There are some important standards according to which regulatory compliance of medical equipment is organized all over the world:
- IEC 62304 provides the lifecycle of software development for medical equipment. It is concerned with security during the design, development and maintenance. It also requires risk management to be incorporated.
- ISO 14971:2019 offers the principles of risk management of medical devices. It contains a requirement for a cybersecurity risk assessment. Furthermore, it is also related to the safety and performance concerns.
- IEC 81001-5-1 offers security lifecycle management. It provides some of the risk management processes in cybersecurity. Moreover, it complements ISO 14971.
- ISO 27000 series, information security management systems are addressed. Such standards apply to a manufacturer’s enterprise security. They also provide notification to device-level security controls.
| Standard | Focus Area | Relevance to Medical Device Compliance |
| IEC 62304 | Software lifecycle | Development and maintenance processes |
| ISO 14971 | Risk management | Cybersecurity risk assessment |
| IEC 81001-5-1 | Security lifecycle | Security-specific risk management |
| ISO 27000 | Information security | Enterprise security practices |
| AAMI TIR57 | Security risk | Security risk management principles |
Therefore, manufacturers should align their processes with these medical device compliance standards.
Regional Regulatory Requirements
Medical device compliance requirements differ by region. However, core cybersecurity principles remain consistent.
European Union Requirements
The EU Medical Device Regulation (MDR) and In Vitro Diagnostic Regulation (IVDR) enforce cybersecurity. Furthermore, connected devices are also added as requirements in the EU Cyber Resilience Act (CRA). The EU Cyber Resilience Act is a wider framework regarding all the interconnected devices, such as medical devices. This means that manufacturers will have to deal with medical device regulations as well as the overall cybersecurity laws.
Moreover, patient data is safeguarded by the General Data Protection Regulation (GDPR). Thus, the devices have to have proper data protection measures. Equally, the NIS2 Directive mandates healthcare providers to have secure networks. As a result, equipment needs to become part of the security systems of healthcare facilities.
United States Requirements
Section 524B was introduced in the FD&C Act on December 29, 2022, by the Consolidated Appropriations Act, 2023, in the form of section 524B, Ensuring Cybersecurity of Medical Devices. This law reinforced medical devices at the FDA. In addition, it will become effective on March 29, 2023.
The FDA has been sending refuse to accept letters where manufacturers present a cyber device that fails to comply with the new cybersecurity standards. Thus, the entry into the market is obligatory in terms of compliance. Also, manufacturers need to have continuous security over the product lifecycle.
Other Global Markets
Countless nations use the FDA or EU standards of medical equipment compliance. Nevertheless, some have special needs. This is why manufacturers must ensure that certain market demands are checked at the initial stage of development.
Schedule a Free Consultation to discuss your global compliance strategy.
How Should Organizations Implement Cybersecurity Throughout the Device Lifecycle?
To achieve medical device compliance, it is necessary to implement the compliance in a systematic way at each of the lifecycle stages. To begin with, design with security. Second, test with validation. Third, monitor post-market. Lastly, handle end-of-life transition.
Design Phase Security Integration
Medical device compliance standards necessitate security issues at the first design level. Hence, manufacturers ought to do early threat modelling. Moreover, they are expected to record security requirements in addition to functional requirements.
Key design phase activities include:
- Threat Modelling – Discover possible attack vectors and vulnerabilities. Both deliberate and inadvertent abuse should be considered. Further, test the architecture of the system against security lapses.
- Security Requirements Definition – Determine the security goals. These are expected to be in respect to authentication, authorisation, confidentiality, integrity and availability. Additionally, threats should be associated with requirements.
- Secure Architecture Design – Develop security stratifications. Use the principle of least privilege. Also, make sure that there is safe communication among the components. In addition, secure updates and patches are designed.
- Supply Chain Security – Risk assessment that involves evaluation and/or incorporation of cybersecurity risks that might be present/ introduced in the third-party software and the software supply chain can be used to prove that the manufacturers have sufficiently mitigated device security. Thus, screen all third-party parts. Moreover, keep SBOMs of all software elements.
Development and Testing
Regulatory compliance medical devices need to undergo thorough security testing. As such, manufacturers have to test security controls before launch in the market. Also, testing is supposed to be done in the process of development.
Security testing methods include:
- Static code analysis – Identify vulnerabilities in source code
- Dynamic analysis – Test running applications for security flaws
- Penetration testing – Simulate real-world attacks
- Vulnerability scanning – Check for known security issues
- Fuzz testing – Test system robustness against unexpected inputs
- Security architecture review – Validate design implementation
Furthermore, manufacturers are expected to do testing in real deployment conditions. This guarantees compliance of medical equipment in real usage conditions. Additionally, it should be tested that security controls do not affect the safety or the performance of the device.
Post-Market Surveillance
Medical product compliance can continue throughout the whole duration of the device’s functioning. The manufacturing companies should therefore be watchful following the market release. They should also act fast in case of threats.
Post-market activities include:
- Continuous Monitoring – Monitor the vulnerability databases to detect threats to device parts. Keep track of cybersecurity information-sharing organisations. Also, examine the field use incident report.
- Coordinated Vulnerability Disclosure – Have systems in place to accept vulnerability reports. Collaborate with security researchers. In addition, coordinate disclosure and remedial availability.
- Update Management – Install security patches in time. Make sure updates keep the devices safe and in good condition. Moreover, report effectively to the healthcare professionals on the urgency of updates.
- Incident Response – React quickly to a cybersecurity attack. Provide patient safety outcomes promptly. Also, liaise with medical practitioners and authorities. In addition, introduce corrective measures promptly.
Talk with Our Experts about comprehensive lifecycle security management.
Why Is Qualysec the Best Company for Ensuring Medical Device Cybersecurity Compliance in USA?
Companies that are in need of medical device compliance must be guided by experts. Qualysec is a company specialising in offering complete cybersecurity services to manufacturers of medical devices. Furthermore, Qualysec is aware of technical security requirements as well as regulatory requirements.
Comprehensive Medical Device Security Services
Qualysec offers specialised services for FDA-compliant medical devices:
- Advanced Penetration Testing – Qualysec performs rigorous security tests, which are simulated attacks in reality. Thus, manufacturers find out weaknesses before attackers can use them. Also, testing is in line with the FDA premarket submission.
- Vulnerability Assessment -Qualysec carries out a detailed vulnerability scan and analysis. This assists manufacturers in sustaining constant medical equipment compliance. In addition, testing determines risks in the software and hardware of the device.
- Compliance Documentation Support – Qualysec will help with drafting of cybersecurity documentation to submit to the regulators. This would encompass risk assessments, security testing reports and Cybersecurity Management Plans. As a result, the manufacturers respond efficiently to regulatory compliance medical device requirements.
- SBOM Analysis – Qualysec is a tool that assists manufacturers in developing and maintaining Software Bills of Materials. As well, Qualysec keeps track of SBOMs on the appearance of vulnerabilities in third-party components. Thus, manufacturers will be able to react swiftly to the risks of the supply chain.
- Post-Market Monitoring – Qualysec offers post-market security monitoring services. This guarantees life cycle medical product adherence. Furthermore, surveillance allows for detecting threats in advance to their effects on patient safety.
Why Choose Qualysec
Qualysec stands out as the premier choice for medical device compliance for several compelling reasons:
- Specialized Expertise – The staff of Qualysec is aware of the medical device laws in the world. They integrate technical and regulatory expertise in cybersecurity. Consequently, the clients are provided with both security and compliance guidance.
- Global Compliance Knowledge – Qualysec assists manufacturers in negotiating medical device compliance, generally in different markets. These are FDA, EU MDR and other foreign requirements. This means that the manufacturers can strategise effectively in the global market.
- Proven Track Record – Qualysec has completed many medical device manufacturers and assisted them in their compliance. They have received regulatory approvals and strong security from their clients. In addition, the methodologies of Qualysec are in line with the industry best practices.
- Comprehensive Service Portfolio – Qualysec provides full service development, including design phase security testing, up to post-market security. Thus, the manufacturers are able to count on a single partner in the lifecycle of products.
- Rapid Response Capabilities – Qualysec provides quick turnaround for security assessments and vulnerability remediation guidance. This helps manufacturers meet tight regulatory timelines. Additionally, rapid response minimises time-to-market delays.
- Cost-Effective Solutions – Qualysec is a company that provides quality services at reasonable prices. Thus, the security assessment can be conducted on a massive level even with smaller manufacturers. In addition, early detection of vulnerabilities minimises remediation efforts at a later stage when they are more expensive.
- State-of-the-Art Tools and Methodologies – Qualysec uses advanced security testing tools and follows internationally recognised methodologies. This ensures thorough, reliable assessments. Furthermore, their approaches align with FDA and international standards.
- Clear Communication – Qualysec offers elaborated reports that are easy to comprehend. The technical results are presented in a form that applies to both regulators and engineers. As a result, the stakeholders can make informed decisions within a short duration of time.
Qualysec is a USA-based firm with an international presence. Thus, they are familiar with the local and global medical device compliance standards. Moreover, they are located near the medical device manufacturers of the US.
Make a Free Consultation with Qualysec Now to discuss your medical device compliance needs.
Conclusion
To maintain the medical devices’ compliance, full-scale cybersecurity should be applied over the entire product lifecycle. To start with, the manufacturers will need to incorporate security by design. Second, they should do effective testing and risk assessment. Third, they are required to be vigilant after the market. Lastly, they should remain abreast of new compliance requirements for medical equipment.
FDA compliance medical device requirements have been enhanced significantly. Further, the global regulatory compliance medical device standards keep changing. As such, the manufacturers require professional advice in order to navigate such an intricate terrain. More so, medical equipment compliance and medical product compliance require long-term efforts and investments.
Collaboration with cybersecurity specialists such as Qualysec will provide full compliance with medical devices. Their expertise, effective practices, and holistic services assist the manufacturers in securing the patients and fulfilling the regulatory mandate. Companies, therefore, need to make efforts to ensure that cybersecurity is a central element of device creation and upkeep.
Medical devices are valuable in the healthcare industry, and they should be safe and secure. Therefore, cybersecurity is not a box in the regulation. It is a patient safety requirement. Companies with effective cybersecurity will save the lives of patients, ensure compliance with the law, and establish trust in health care providers.
Download Our Sample Pentest Report today to see how Qualysec ensures medical device compliance.
FAQ
1. What compliance frameworks apply to medical devices?
FDA section 524B, EU regulation MDR/IVDR, and other international regulations, such as IEC 62304 and ISO 14971, all constitute medical device compliance frameworks. Moreover, regulatory medical devices should deal with GDPR to protect the data and NIS2 to secure the network. Hence, the companies should adopt all-inclusive cybersecurity initiatives that cover all the relevant frameworks.
2. When is compliance required?
New products and changes that involve cybersecurity before approval into the market involve compliance by FDA for medical devices. In addition, the compliance standards of medical devices are applicable at the stages of the product lifecycle, such as post-market stages. Thus, it is necessary to ensure continuous compliance by the organisation in both the design and the retirement of devices.
3. How do organisations maintain compliance?
Companies ensure that medical equipment is compliant by conducting constant monitoring, frequent risk evaluation, and updating security. Also, they use Cybersecurity Management Plans and perform security testing periodically. In addition, compliance regarding medical products involves reporting of all security operations and keeping SBOMs.
4. Who oversees compliance efforts?
It is the regulatory bodies, such as the FDA in the United States and the notified bodies in the EU, that monitor the compliance of medical devices. Also, internal quality and security services of manufacturers control daily compliance operations. Consequently, the implementation of the regulatory compliance of medical devices involves the desire for coordination between the manufacturers, regulators, and healthcare providers.
Explore: Top Medical Device Cybersecurity Companies for FDA Compliance
0 Comments