The healthcare sector under fire
Healthcare organisations have become a prime target for cybercriminals worldwide. The numbers are stark: cyber incidents in the healthcare sector rose by more than 40% in 2025 compared to the previous year. From hospitals reverting to paper records for days on end, to GP practices whose patient data ends up on the dark web — the impact is enormous.
But why healthcare specifically? The answer is twofold. First, healthcare organisations hold exceptionally valuable data: medical records, national insurance numbers, billing information. On the black market, a medical record is worth up to ten times more than credit card details. Second, the sector struggles with chronic understaffing, high workloads and ageing IT infrastructure — a perfect storm for cybercriminals.
Technology alone isn't enough
The instinct at many healthcare organisations is understandable: invest in better firewalls, implement endpoint detection, encrypt everything. And while these measures are absolutely necessary, they miss a crucial element.
Research consistently shows that more than 80% of all successful cyberattacks begin with a human action. A nurse clicking a phishing link. A doctor sharing login credentials via an unsecured messaging app. A receptionist giving out information over the phone to someone posing as IT support. No firewall in the world catches this.
This is not an accusation aimed at healthcare professionals. On the contrary — it's a systemic issue. People working under intense pressure, whose primary focus is patient care, unconsciously take greater risks in the digital realm. That's human nature. But it's also exploitable.
The psychological playing field
Cybercriminals targeting healthcare organisations deploy psychological techniques specifically tailored to the sector:
Urgency and authority
Phishing emails posing as messages from healthcare regulators or insurance providers. The combination of an authoritative sender and an urgent request ('Respond within 24 hours to maintain your accreditation') bypasses critical thinking.
Empathy as a weapon
Social engineers impersonating concerned family members of patients, or colleagues who urgently need access to systems. In a sector where empathy and helpfulness are core values, saying 'no' is exceptionally difficult.
Habit and routine
Staff processing dozens of emails daily stop noticing anomalies over time. The phishing email looks just like the hundred legitimate ones before it. Staying alert is cognitively exhausting — and exhausted people make mistakes.
Shame and silence
When a staff member realises they've clicked a suspicious link, the first reaction is often shame. In a hierarchical environment like a hospital, this can lead to concealment — allowing the attack to continue undetected while damage grows exponentially.
Why traditional awareness training falls short
Many healthcare organisations offer an annual e-learning module on cybersecurity. A mandatory hour with quiz questions. The problem: it doesn't work.
Traditional security awareness training takes a one-size-fits-all approach. Everyone receives the same information, regardless of their role, digital skills or psychological profile. An IT technician faces fundamentally different risks than an emergency department nurse.
Moreover, these programmes measure knowledge, not behaviour. The fact that someone can define phishing after a training session doesn't mean they'll recognise it when it appears during a stressful shift.
Behavioural analysis: the missing link
This is where a fundamentally different approach enters the picture. Rather than giving everyone the same training, effective cybersecurity begins with understanding individual behaviour.
The Q-Method — a scientifically validated methodology for behavioural analysis — makes it possible to map the cybersecurity risk profiles of employees. Not based on what people say they do, but on how they actually make decisions.
This analysis reveals patterns:
- Which employees are susceptible to authority pressure? They represent the greatest risk for CEO fraud and impersonation attacks.
- Who tends towards risk-averse versus risk-seeking behaviour? This determines how someone responds to suspicious situations.
- Which teams have a culture of openness versus hierarchy? This predicts whether incidents will be reported or concealed.
- Where are the digital skills gaps? Not everyone understands what a URL structure reveals about legitimacy.
From analysis to action
With these insights, an entirely different security programme emerges:
Personalised interventions. Instead of generic training, employees receive targeted guidance aligned with their specific risk profile. The nurse susceptible to empathy-based social engineering receives different guidance than the specialist struggling with password hygiene.
Realistic simulations. Phishing simulations are calibrated to the specific vulnerabilities of teams and individuals. This isn't a 'gotcha' exercise, but a learning tool aligned with actual threats.
Cultural transformation. By understanding team dynamics, organisations can deliberately build an open reporting culture. When staff know that making mistakes is human and that reporting is valued, incident response times drop dramatically.
Continuous monitoring and improvement. Behaviour isn't static. Periodic reassessment reveals how the organisation's risk profile evolves — and where adjustments are needed.
NIS2 and the healthcare sector
With the introduction of the NIS2 directive, healthcare organisations are now legally required to demonstrably invest in cybersecurity. This encompasses not only technical measures, but explicitly also the human element: security awareness, incident response and risk management.
Organisations already investing in behaviour-based cybersecurity have a head start. They can demonstrate that their approach isn't merely compliance-driven, but genuinely reduces risk.
The road ahead
The healthcare sector faces a choice. Continue with the traditional approach — technical measures plus annual e-learning — and hope for the best. Or acknowledge that cybersecurity is fundamentally a people problem, and address it accordingly.
The technology to understand and improve human behaviour exists. The question isn't whether healthcare organisations should invest in this, but how quickly they can implement it before the next attack hits.
Frequently asked questions
Why are healthcare organisations so attractive to cybercriminals?
Medical data is exceptionally valuable on the black market, and the sector's high workloads and legacy IT systems create more attack opportunities.
What is Q-Method behavioural analysis?
A scientific methodology that maps individual decision-making patterns, enabling cybersecurity risk profiles to be created for each employee.
Does the healthcare sector fall under the NIS2 directive?
Yes. Healthcare organisations are classified as essential entities under NIS2 and must demonstrably invest in both technical and organisational cybersecurity measures.
How does behaviour-based security differ from traditional awareness training?
Traditional training gives everyone the same information. Behaviour-based security analyses individual risk profiles and delivers personalised interventions aligned with actual behaviour.
