The identity shape of a healthcare provider
Clinical reality shapes everything about how identity works — and often, how it fails:
- Speed is a safety requirement. A clinician moving between patients and shared workstations cannot spend twenty seconds authenticating each time. Any control that ignores this gets worked around, which is how shared logins and permanently-signed-in machines happen.
- The systems are old and can’t stop. The EPR, PACS, the departmental and pathology systems frequently authenticate over legacy protocols and can’t be modified without a supplier project — and can’t be taken down for one either.
- Medical devices are somebody else’s computers. Imaging systems, lab analysers and connected devices are administered remotely by their manufacturers, who need access to equipment on your network.
- The data is the most sensitive there is, and the target is real. Health records are special-category data and among the most valuable to steal, and healthcare is a repeat ransomware target because downtime is unbearable.
Make the secure path slower than the workaround, and clinicians will choose the workaround. That’s not negligence — it’s care.
Where the exposure concentrates
Many healthcare incidents begin with ordinary access — a phished credential, an over-broad vendor account or a workstation left signed in — and become serious because those identities reach critical systems. None of the three is exotic. What makes them matter is the reach of the account behind them and how long it goes unnoticed.
What the rules require
Mirket doesn’t make you compliant — no product does. Read from the identity side, this is what each one expects of clinical and corporate access.
| Obligation | What it requires of clinical access |
|---|---|
| NIS2 | Covered healthcare providers are essential entities and are expected to implement strong access control, MFA and incident-detection measures across clinical and supporting systems |
| GDPR — Art. 9 and 32 | Health data is special category. Access to it must be controlled, attributable and protected by appropriate technical measures |
| ISO/IEC 27001:2022 | Authentication, access control and privileged access, evidenced within the management system |
| HIPAA (for US operations) | Access to electronic protected health information must be controlled and attributable, with auditability around user activity |
Where to start
1. Make secure authentication the fast path
Use single sign-on and passwordless authentication to reduce repeated password entry across connected clinical applications. The secure workflow has to be faster than sharing credentials or leaving sessions open — otherwise the workaround wins on every shift.
2. Protect the workstation itself
Clinical workstations are part of the authentication surface. Require MFA or supported passwordless authentication for Windows logon, RDP and privilege elevation, so security does not stop at the application.
3. Protect legacy clinical systems
EPR, PACS and departmental applications that cannot support modern federation can still gain MFA when they authenticate through LDAP or LDAPS. Mirket adds Push MFA in the authentication path without requiring the clinical application to be redesigned — which matters because those are precisely the systems no supplier will rework and no ward can take offline.
4. Control medical-device vendor access
Give equipment manufacturers access to the specific systems they support instead of broad network access. Require authentication on every connection and record the privileged session. Access can exist for the support window and expire afterwards, rather than remaining because the equipment does.
Third-Party & Vendor Access · Just-in-Time Access
5. Detect credential compromise early
A valid password followed by failed MFA can be a strong signal that the first factor has been compromised. Mirket ITDR reads authentication activity and wider identity behaviour to surface takeover risk earlier — which is the difference that counts most when the endgame is ransomware.
What changes
| Today | With Mirket |
|---|---|
| Clinicians repeatedly type passwords across systems | SSO and passwordless reduce repeated authentication friction |
| Clinical workstations rely on password-only logon | Windows logon and RDP can require MFA |
| Legacy clinical systems cannot support modern MFA | Push MFA can be inserted into supported LDAP authentication flows |
| Device vendors hold broad remote-access accounts | Vendors get controlled, recorded access to the equipment they support |
| Workstations remain signed in because reauthentication is painful | Faster authentication makes secure sign-out and re-entry practical |
| Credential compromise is discovered late | Authentication and behavioural signals can expose account-takeover risk earlier |
Related
Solutions — Operating System Logon MFA · Passwordless Authentication · MFA for Legacy Applications · Third-Party & Vendor Access · Account Takeover Detection
Products — Single Sign-On · Multi-Factor Authentication · Identity Threat Detection & Response