Cybersecurity for connected medical devices

See every connected medical device in your hospital

Monitors, infusion pumps, ultrasound, imaging and lab equipment are now on the network. With Claroty Medigate, iHumans finds every one of them, understands what it does clinically and shows you its risk, without installing anything on the devices and without stopping patient care.

Passive, read-onlyNo agents on devicesBuilt for clinical networks

Why visibility comes first

Most hospitals can't answer a simple question: what medical devices are connected right now, and which ones are at risk?

01

You can't protect what you can't see

Spreadsheets and CMMS records go out of date fast. Devices move between floors, get replaced or connect without anyone noticing.

02

Medical devices can't run security software

Many run old operating systems, cannot be patched on demand and are certified by the manufacturer. Traditional IT scanners can even disrupt them.

03

IT and biomedical see different pieces

IT sees IP addresses, biomedical engineering sees equipment. Nobody sees the full picture of the device, its clinical use and its risk together.

How Medigate gets visibility

It listens to the network. It never touches the devices.

Medigate works from a copy of the network traffic. It reads the clinical conversations devices already have and turns them into a live inventory with clinical context and risk.

1 · Your clinical network
Medical and IoT devices
Patient monitorsInfusion pumpsUltrasound and echoCT, MR, X-rayLab analyzersBuilding IoT
Copy of traffic from the switches (SPAN / TAP)
2 · On-site collector
Passive deep packet inspection

Reads clinical protocols such as DICOM and HL7 plus manufacturer-specific protocols to identify each device. Read-only: it sends nothing to the devices.

Device profiles sent securely
3 · Medigate platform
Live inventory with clinical context
  • Who the device is
  • What it does and where
  • Who it talks to
  • How risky it is
What you see for every device

From an IP address to a clinical profile

Instead of an unknown address on the network, each device gets a profile that IT, security and biomedical engineering can all use.

Identity

Device type, manufacturer, model, operating system and firmware.

Clinical context

What it does, which area it serves and how it is used.

Behavior

Who it talks to and whether that communication is normal for that kind of device.

Risk

Known vulnerabilities and manufacturer advisories, weighted by the impact on patient care.

Device profileIllustrative example
TypeInfusion pump
LocationICU · 3rd floor
Manufacturer / modelIdentified automatically
Operating systemEmbedded, out of vendor support
Talks toPump server, EHR, one unknown external address
RiskHigh
Recommended action

Block the external connection and limit the pump to its clinical VLAN.

What iHumans does

From the first switch port to a protected clinical network

We are healthcare and cybersecurity specialists. We deploy Medigate with your IT and biomedical teams and turn visibility into concrete actions.

1
Design and deploy

We map the clinical network, define where to take the traffic copy and install the collectors without downtime.

2
Validate the inventory

We review the inventory with biomedical engineering and reconcile it with your CMMS records.

3
Reduce risk

We prioritize risks by clinical impact and design segmentation and secure remote access for vendors.

4
Monitor and comply

Ongoing monitoring and evidence for LGS 2026, NOM-024-SSA3-2012, LFPDPPP and HIPAA.

Find out what is really connected to your clinical network

Let's talk about a visibility assessment with Claroty Medigate for your hospital.