How Hospitals Track Recalled Devices and Why It Still Takes Weeks
Hospitals use inventory systems and recall notices to track affected devices, but locating them is often slow and manual. Learn why and how real-time asset inventory changes response time.
When a recall or cybersecurity alert affects hospital equipment such as infusion pumps, patient monitors, or imaging systems, teams need to answer three urgent questions: Which devices are affected, where are they, and are they still in use?
That sounds like a simple inventory question. In most hospitals, it is not.
Most hospitals can list what they own. Far fewer can show what is actually in use right now, where it is, and whether it is affected.
Hospitals may have records showing what was purchased, serviced, or assigned to a department. Those records do not always show what is actually in use right now, where it is located, or whether it matches the affected model, version, or firmware.
Many of these devices move between departments, connect to the network in different ways, and do not stay tied to one fixed location. That makes them harder to track during an active incident.
Hospitals may already have ways to track equipment, but that is very different from quickly locating recalled devices during an active incident.
Key Takeaways
- Hospitals often have records of what they own, but not a current view of what’s actually in use and where it’s located.
- Recalls and cybersecurity alerts become slow manual searches when teams must compare multiple systems by hand.
- A live asset inventory helps hospitals identify affected devices faster by showing what is present, active, and searchable.
How Hospitals Track Recalled Devices Today
Hospitals rely on several systems to track equipment. Each one helps, but none answers the full question during an incident.
Inventory and maintenance systems
Clinical engineering teams use maintenance and inventory systems to track ownership and service history.
These systems are useful for planning. They’re less useful when teams need to confirm what’s actually in use right now.
A broader look at WanAware’s Asset Inventory capabilities shows why this gap matters. Ownership records alone do not help teams respond quickly during an incident.
Recall notices and manufacturer alerts
Recall notices identify affected device models, serial numbers, or firmware versions.
They tell teams what to look for, but not where those devices are located or whether they are still active.
Clinical systems and electronic records
Some devices connect to clinical systems or electronic health records. This can confirm usage in care workflows.
But it does not provide a complete, system-wide view of devices, their location, or their current software status.
RFID, barcode, and location tracking tools
Some hospitals use RFID, barcode scanning, or location tracking systems to monitor equipment movement.
These tools can help with location. They’re less useful when teams need to answer a more specific question, such as:
Which infusion pumps with this exact firmware version are still in use right now?
A recall or alert usually depends on model, version, serial number range, or software details, and location tools alone don’t always provide that full picture.
Why Hospitals Still Cannot Locate Affected Devices Fast
Hospitals do have tracking systems. The problem is that those systems do not answer the questions an incident creates.
A recall asks:
- Which affected devices are still in use?
- Where are they right now?
- Which departments are impacted?
- Which versions or firmware levels are present?
A record can be correct in the system and still not help much during an incident. For example, it may correctly show that a pump belongs to Cardiology, but not whether that pump was moved to ICU yesterday, is still on the network, or is part of the affected firmware group.
Hospitals that struggle to locate affected devices quickly are usually dealing with a larger visibility problem across the environment. In modern healthcare environments, many of these devices are connected to the network, which means they can be identified based on what is actually active, not just what is recorded.
In WanAware’s 2026 Healthcare Visibility Survey of 600 U.S. healthcare IT professionals, 60% said that 26–50% or more of their infrastructure is insufficiently monitored. When that much of the environment lacks clear visibility, teams have a harder time determining what’s affected during a recall or vulnerability alert.
When hospitals cannot clearly see what devices are active, where they are, and whether they are affected, recall response becomes much harder than it should be. Instead of moving quickly to the affected devices, teams often have to search across the environment to figure out what’s affected.
Hospitals facing similar challenges during mergers and system transitions run into the same issue. Teams cannot act quickly when they don’t have a clear view of what’s actually present. See how this shows up in healthcare M&A asset discovery.
The Real Problem: Finding Devices Is Still a Manual Process
In many hospitals, locating affected devices still looks like this:
- review the recall or alert
- check inventory systems
- compare spreadsheets
- contact departments
- physically verify devices
This process is slow because teams must combine information from multiple systems that were never designed to work together in real time.
Healthcare organizations now use six to ten monitoring and asset management tools on average, yet only a small portion report full integration. That forces teams to piece together answers during critical events.
This is also why spreadsheets create so much friction. A spreadsheet can hold records, but it cannot reflect what’s changing across the environment in real time. That same limitation shows up in device lifecycle work, as described in Beyond the Spreadsheet: A Better Way to Coordinate Medical Device Refresh.
How Hospitals Find Recalled Devices During an Incident
Step 1: Identify the affected device criteria
Model, firmware, serial range, or version
Step 2: Check available records
Initial list, not final answer
Step 3: Confirm what is actually in use
Devices may be moved, inactive, or misassigned
Step 4: Resolve what does not line up
Records and real-world use often differ
Step 5: Take action
Remove, update, isolate, or monitor
Why This Is Even Harder During Cybersecurity Alerts
A cybersecurity alert means a device may be exposed because of a software flaw, outdated operating system, or unpatched firmware.
Teams must find devices based on:
- software version
- operating system
- network presence
- exposure to risk
A cybersecurity alert can create the same kind of scramble as a recall. Teams still need to identify affected devices, locate them, and confirm whether they’re in use.
Survey data shows how often visibility problems turn into operational issues. In WanAware’s 2026 Healthcare Visibility Survey, 79% of healthcare organizations said they face incidents at least quarterly that could have been prevented with better visibility, and 42% said they experience infrastructure disruptions monthly or more often.
Why This Problem Keeps Happening
Older tracking tools were built to support ownership records, maintenance schedules, and department assignment. They were not designed to help cybersecurity teams quickly identify affected devices by model, firmware, software version, or network presence. They also do not help clinical engineering and biomed teams quickly confirm which devices are still in use, where they are located, and which ones need to be removed, patched, or inspected first.
WanAware’s healthcare research points to the same problem: older tracking methods and static records do not keep pace with connected healthcare environments.
Recall response gets harder when hospitals rely only on those records. Teams need a way to identify what is actually present in the environment right now, not just what was assigned to a department months ago. That is where connected devices become important.
What “Connected Devices” Means in This Context
In this context, connected devices are medical and clinical assets that communicate over the hospital network.
This can include infusion pumps, patient monitors, imaging systems, workstations on wheels, carts, and other equipment that sends data, receives updates, or connects to hospital systems.
Because these devices communicate over the network, they leave signals that help hospitals identify what is present, what may still be in use, and where to start when an alert or recall requires fast action. Network visibility can also help teams understand how those devices connect to the rest of the environment, which adds useful context during a recall or vulnerability response.
Start With the Devices That Are Actually Active on the Network
For devices that connect to hospital systems over the network, the most useful inventory starts with what is actually present and active in the environment.
What a hospital owns on paper is not always the same as what is active in the environment. A device may still appear in records even though it is no longer in use. Another may be in use in a different department than expected.
In healthcare, teams need a way to identify connected devices without installing software on them or disrupting clinical systems. A read-only, agentless method makes that possible while keeping patient care environments stable.
Once teams can identify what is active, the next layer is understanding how those devices connect to clinical systems and the wider environment. That is where WanAware’s Relationship Graph adds more context.
What Changes With a Live Asset Inventory
A live asset inventory replaces manual list-checking with a current, searchable view of devices.
Instead of building lists, teams can search:
Show all infusion pumps running firmware version X at Hospital A in ICU and Cardiology.
This allows teams to quickly see:
- which devices match the criteria
- whether they are active
- where they appear in the environment
- which areas may be affected
What Changes Across the Hospital
Before:
- fragmented records
- manual validation
- slow response
After:
- current device visibility
- faster search
- coordinated response
A Better Way to Respond
Hospitals will continue to receive recalls and cybersecurity alerts.
What can change is how quickly teams can answer the key question:
Which affected devices are still in use, where are they, and what needs to happen next?
If that answer requires pulling reports and comparing systems, response will remain slow.
If that answer comes from a live view of connected devices, response becomes faster and more predictable.
See how WanAware helps healthcare teams build a live view of connected devices
so recall and vulnerability response does not start from spreadsheets.
