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Today, connected medical devices are an integral part of everyday clinical practice. Infusion pumps, ventilators, and implantable devices with wireless connectivity are standard in hospitals and, increasingly, in the home care sector. At the same time, these devices are constantly exposed to cyberattacks. In documented cases, ransomware (malware that encrypts data and demands a ransom) has paralyzed clinical operations for days on end. Studies have linked such incidents to increased patient mortality.
The regulatory response is clear: The 2021 international standard IEC 81001-5-1 establishes process requirements for the secure development and maintenance of health software and health IT systems throughout the entire product lifecycle, thereby creating a binding framework. Cybersecurity for connected medical devices and IEC 81001-5-1 are thus two sides of the same challenge, which puts pressure on companies and opens up new opportunities for specialists. Those who understand both the regulatory obligations and the resulting staffing needs have a clear advantage.
IEC 81001-5-1 is a process standard, not a product standard. It specifies how companies must design their development and maintenance processes for health software, not which technical features a product must include. The standard extends the international standard IEC 62304 for the software life cycle of medical devices to include safety-related activities and supports compliance with IEC 62443-4-1, part of a series of standards for the cybersecurity of industrial control systems that addresses secure product development processes.
Key requirements include:
- Risk assessment and threat modeling (a structured process for systematically identifying potential attack vectors) as a foundation,
- Security by design (security requirements are integrated from the start of development rather than added later),
- Structured patch management (evaluation and deployment of security updates),
- Incident response (an organized approach to security incidents), and
- Post-market surveillance (mandatory monitoring of medical devices after market launch).
Comprehensive documentation is also mandatory.
The primary parties affected are medical device manufacturers with software components, health IT providers, and CDMOs (Contract Development and Manufacturing Organizations, which handle development and manufacturing on behalf of other manufacturers). Hospitals and medical care centers (MVZ) are also indirectly affected. The MDR (Medical Device Regulation, the European medical device regulation) and the IVDR (In Vitro Diagnostic Medical Devices Regulation) require “state-of-the-art” cybersecurity. IEC 81001-5-1 provides the recognized process framework for this. Market access is therefore increasingly dependent on demonstrable compliance and not just on a product’s medical efficacy.
The Council of the European Union estimates that Europe needs approximately 299,000 additional cybersecurity professionals. This shortage is particularly acute in niche fields such as medical technology and health IT, as these positions also require in-depth domain knowledge.
We are seeking a rare combination of expertise in IT security (secure coding, threat modeling, incident response), medical device regulation (MDR/IVDR, ISO 14971 as the international standard for risk management in medical devices, IEC 62304, and IEC 81001-5-1), and clinical understanding of patient safety and clinical workflows. Depending on the role, knowledge of embedded systems (computer systems permanently integrated into devices that perform specific control tasks, such as in implantable devices) or cloud architecture for IoMT platforms (IoMT: Internet of Medical Things, the interconnection of medical devices with each other and with the Internet) may also be required.
In our consulting practice, we regularly observe that roles such as “Product Security Manager” or “Cybersecurity Regulatory Specialist” take an unusually long time to fill. The competition with tech companies and the financial sector for the same talent is palpable. Added to this is a cultural shift that many medium-sized medtech companies are currently undergoing: moving away from a development philosophy that prioritizes features toward one that views security as an integral part of the product lifecycle. This shift affects not only the technology but also job profiles, budgets, and internal responsibilities.
The digitization of the healthcare sector, telemedicine, IoMT, and cloud-based diagnostics are continuously expanding the attack surface. The need for security experts with a healthcare background is structurally driven and not a short-term trend.
Specifically, there is demand for three types of roles. Security engineers with a medical focus are responsible for secure architecture, vulnerability management, and secure coding for medical devices. Product security managers oversee the security strategy for a product line throughout its entire lifecycle, including post-market surveillance. Compliance and regulatory specialists with a focus on cybersecurity serve as the interface between IEC 81001-5-1, MDR/IVDR, and technical implementation.
A typical career path begins as a software or systems engineer, progresses through specialization in secure development processes and standards to roles such as security architect or security lead, and ultimately leads to leadership positions such as Head of Product Security or CISO with a focus on healthcare.
Recognized certifications such as CISSP (Certified Information Systems Security Professional, an internationally recognized certification for IT security experts), CEH (Certified Ethical Hacker, a certification for offensive security analysis), or CompTIA Security+ are recommended as a foundation for continuing education. In addition, specialized training on IEC 81001-5-1 and IEC 62443, as well as knowledge of ISO 14971 and the quality management system (QMS) in accordance with MDR requirements, are beneficial. The combination of a general security certification, expertise in standards, and clinical understanding has been shown to increase market value. In a market with a structural shortage of talent, this strengthens one’s negotiating position regarding salary, training budgets, and role definition.
There are three effective strategies for companies. First: internal skills development. Training programs on IEC 81001-5-1, threat modeling, and secure development processes can be tailored to specific roles in the areas of development, RA/QA (Regulatory Affairs/Quality Assurance), and product management. Security champions within the product lines serve as a bridge between development and the central security team.
Secondly: External support. Technical consulting firms, testing organizations, and interim experts can help establish security processes until internal capacity is in place. Thirdly: Employer branding. Companies that clearly communicate their cybersecurity strategy and highlight specific professional development opportunities, such as certification budgets and time off for learning, signal to skilled professionals that security is a strategic priority.
In our industry, we've observed that companies with a visible security culture have a clear advantage when it comes to attracting qualified professionals.
For job seekers: Specializing early on in healthcare IT security and standards pays off. Combining general security certifications with IEC 81001-5-1 training is a clear differentiator. Those who also participate in professional conferences, standards committees, and working groups or give presentations increase their visibility in a relatively small market of specialists.
IEC 81001-5-1 is not a temporary compliance effort, but rather part of a long-term standardization of cybersecurity in the healthcare sector. There is an acute shortage of specialists who can bridge the gaps between technology, regulation, and patient safety, and this shortage will only worsen as device connectivity continues to grow.
Companies that invest now in developing internal expertise and structured processes are better positioned than those that wait for regulatory pressure. Job seekers who specifically position themselves in the field of healthcare cybersecurity will find a market with consistently high demand and strong negotiating power. Specialization in this field benefits both sides.
If you are looking for qualified and motivated specialists and executives for your company, we can support you with our specialized network. Especially for positions at the intersection of medical technology, health IT, cybersecurity, and regulation, we understand the in-demand skill sets and proactively and discreetly reach out to the right candidates. For over 15 years, the recruitment consultants at BESTMINDS have been filling vacancies in the medical technology, healthcare, life sciences / pharma, energy / utility, and IT / media sectors with a wealth of expertise and dedication. We find the right candidates for you in a fair, loyal, and discreet manner. Contact us for a no-obligation initial consultation so that we can fill your vacancies promptly and effectively.
