Industry

Exposure management for Healthcare

Hospital systems run thousands of connected devices that cannot be patched on the vendor's schedule, next to EHR platforms that cannot go down. Zafran shows which exposures are reachable and exploitable, and closes them with the controls already on the network.

Pressures

What healthcare security teams are up against

Regulatory

HIPAA now expects risk analysis with teeth

The Security Rule, HHS 405(d) and HICP all point to risk-based, documented vulnerability management. Unexploitable CVSS 9s are not the risk.

Attack surface

Connected medical devices you cannot patch

Infusion pumps, imaging and lab systems run vendor-controlled firmware. Compensating controls are the only realistic path for most of them.

Operational reality

Lean teams, 24/7 clinical operations

A handful of security staff cover many hospitals. Every ticket sent to clinical engineering has to be one that matters.

Regulations & frameworks

Evidence your auditors will ask for

Zafran's validation record shows which exposures were exploitable, which were mitigated by a control, and when. That is the artifact these frameworks want.

  • HIPAA Security Rule
  • HHS 405(d)
  • FDA premarket cyber
  • HICP
  • Connected medical devices

How Zafran helps

Three lifecycle stages that matter most in healthcare

01 · Continuous Discovery & Detection

See every device and what is running on it

Agentless discovery finds clinical and IoMT devices that scanners miss and correlates them with existing inventory and scanner data.

  • No agents on medical devices
  • Reconciled with CMMS and network data
  • Component-level runtime awareness
How Zafran enables discover

03 · Risk Mitigation

Compensating controls for unpatchable devices

Map each exposure to the segmentation, NAC, IPS or EDR control that already blocks it, and close the gaps where coverage is missing.

  • Cut critical exposure without touching the device
  • Evidence of mitigation for auditors
  • Coordinated with clinical engineering
How Zafran enables mitigate

04 · Remediation Workflows

Fewer, better tickets to clinical engineering

Group findings by root cause and device fleet, route to the right owner and track to closure in your ITSM.

  • Root-cause grouping across device fleets
  • SLA tracking by criticality
  • ServiceNow and Jira sync
How Zafran enables remediate

Proof

Healthcare teams running on Zafran

Trusted in healthcare

Threat intel

Dedicated intel for healthcare

A home for vertical-specific research as it is produced. Placeholders only in this wireframe.

FAQ

Frequently asked questions

How does Zafran help with HIPAA risk analysis?

It produces a documented, risk-based view of which vulnerabilities are exploitable on systems handling ePHI and which controls mitigate them, the analysis the Security Rule asks for.

Can Zafran protect medical devices that cannot be patched?

Yes. Zafran maps each device exposure to the network and endpoint controls already in place and shows where a compensating control closes the path.

Does it require agents on clinical devices?

No. Discovery is agentless and works from network, inventory and scanner data.

How does Zafran work with clinical engineering teams?

Findings are grouped by device fleet and root cause and routed as a small number of actionable tickets, with mitigation status visible to both teams.

Does Zafran support HHS 405(d) and HICP?

Both recommend prioritized, documented vulnerability management with compensating controls for legacy systems. Zafran operationalizes that recommendation.

See Zafran on a healthcare environment

Bring your scanner exports and control stack; we will show what is actually exploitable and what your existing tools can already stop.

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