Secure connected
medical devices.
Inventory, segmentation, monitoring, and vulnerability management for the connected medical devices and clinical IoT that most IT providers don't know how to handle.
What healthcare practices face every day.
Connected medical devices — imaging systems, infusion pumps, patient monitors, diagnostic equipment — are often running legacy firmware with no security controls and no patch path. Each one is a potential entry point.
Unknown Device Inventory
Most practices don't have a complete, accurate inventory of connected clinical devices. You cannot secure what you cannot see. Unmanaged devices on the clinical network are a common and significant vulnerability.
Legacy Firmware & No Patch Path
Many medical devices run firmware that is years or decades out of date and cannot be updated — either because the vendor no longer supports the device or because updating risks FDA clearance. Conventional patching is not possible.
Flat Clinical Network
In most clinical practices, medical devices, clinical workstations, and administrative systems share the same network. A compromise at one device can reach every other system with no barrier.
Ransomware Entry via Medical Devices
Ransomware operators increasingly target medical devices as entry points specifically because they cannot be patched and are rarely monitored. An unprotected infusion pump or imaging system is an open door.
Regulatory & Liability Exposure
Connected medical devices fall under both cybersecurity and patient safety regulations. A device compromise that affects a clinical outcome creates regulatory exposure that extends beyond IT.
No Visibility Into Device Behaviour
Without monitoring, abnormal device behaviour — unexpected network traffic, unusual connections, configuration changes — goes completely undetected until an incident makes it visible.
What we deliver.
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Medical Device Inventory & Classification
A complete inventory of all connected clinical and administrative devices — hardware, firmware version, connectivity requirements, patch status, and risk classification.
Network Segmentation
Purpose-built network architecture that isolates medical devices from clinical workstations and administrative systems — so a compromised device cannot reach sensitive clinical or business systems.
Device Monitoring
Continuous monitoring of medical device network behaviour — detecting anomalous traffic, unexpected connections, and configuration changes that may indicate compromise.
Vulnerability Assessment
Structured vulnerability assessment for all connected clinical devices — including devices that cannot be conventionally patched — with risk-tiered compensating controls where patching is not possible.
Compensating Controls
For devices that cannot be patched or updated, Lexcom implements compensating controls — network isolation, application whitelisting, and enhanced monitoring — to reduce risk without requiring device replacement.
Documentation for Compliance
Device inventory, security controls, and risk assessments documented in a format suitable for HIPAA audit, cyber insurance renewal, and accreditation requirements.
Why healthcare practices choose Lexcom for medical device security.
Purpose-built network segmentation that isolates medical devices without disrupting clinical operations
Device inventory methodology that accounts for connected equipment most IT providers miss
Compensating controls expertise for devices that cannot be conventionally patched
Documentation produced in formats acceptable to HIPAA auditors and cyber insurers
Monitoring that detects device anomalies before they escalate to clinical incidents
Experience navigating the intersection of IT security and clinical device regulatory requirements