In the past, healthcare institutions primarily built their security systems around local area networks. However, with telemedicine physicians, administrative staff, finance teams, and third-party vendors now frequently using a variety of devices and platforms to collaborate, the physical boundaries of hospitals no longer encompass the actual scope of their digital operations.

Hackers have also adapted their intrusion methods accordingly. They can steal employee credentials through phishing emails, impersonate IT support staff to trick users into taking certain actions, or launch a barrage of multi-factor authentication (MFA) prompts to force frustrated employees to click and grant authorization. Once attackers have obtained legitimate access, they can infiltrate core systems, steal sensitive patient data, or even implant ransomware.

Healthcare workers are constantly exposed to high-pressure work environments where every second counts. Staff shortages, physical and mental exhaustion, and occupational burnout further impair their ability to make sound judgments. Cyberattackers exploit these psychological vulnerabilities, turning a seemingly urgent email or authentication prompt into a breach that compromises security defenses.

At the same time, AI agents are being widely used to generate consultation summaries, update medical records, schedule appointments, and coordinate insurance claims. While AI agents enhance operational efficiency, they also require access to large amounts of sensitive data and core systems. If they were to be compromised, Prompt Injection Attacks...or if granted excessive system privileges, it may execute abnormal commands and even lead to a data breach.

Therefore, the cybersecurity strategy of modern healthcare organizations must comprehensively address the daily behaviors and interactions of both human employees and AI agents.