IT service management (ITSM) tools and platforms help IT support teams manage and record service requests, incidents, approvals, and service levels. However, new equipment, returned devices, or repair tickets can be marked as complete while the device connected to it might still be moving through an informal, manual process. Especially for shared laptops, tablets, phones, scanners, and radios. An employee may return a device to the IT service desk, and the ITSM record may show “resolved” or “fulfilled.” Still, it may not indicate who physically received the device, where it was placed, or whether it was charged and ready for the next user. The practical goal is to connect those physical device handoffs to the digital service record. This article explains how to do it.
Why ITSM Records Don’t Capture Physical Device Handoffs
Consider a shift change in a hospital or manufacturing plant. The outgoing employee finishes work and returns a shared device. The incoming employee needs it immediately. If the handoff depends on a verbal exchange, paper sign-out sheet, or unlocked cabinet, the IT service desk may have no reliable custody record. When the device is missing or uncharged, IT has to interrupt other work to investigate.
This is not a flaw in ITSM itself. It is an integration and process-design issue. NIST’s IT Asset Management Practice Guide describes effective ITAM as connecting physical and virtual asset information to provide a clearer picture of what assets exist, where they are, and how they are being used. For shared devices, that picture also needs to reflect changes in physical custody.
Why the Device Handoff Gap Matters
A 2026 survey of 400 clinical and health IT leaders across Australia, Canada, the UK, and the US found that respondents reported losing an average of 23% of their shared-device fleets annually.
The survey respondents also reported an average of three hours of clinician downtime per missing device, while device searches could take up to 12 hours.
The same survey found several weaknesses in shared-device assignment and tracking:
- 46% of respondents used verbal or informal assignment processes
- 16% had no consistent device assignment process
- 48% lacked complete visibility into which users had been assigned particular devices
- 35% lacked a reliable way to track mobile devices.
These are self-reported healthcare findings, so they should not be treated as a universal benchmark. They do, however, illustrate the operational risk created when a digital service record and the physical handoff are disconnected.
How to Connect Device Handoffs with ITSM and ITAM
Start by following a small sample of recent device tickets from the initial request to the final physical outcome. For each ticket, identify the requester, asset ID, approved action, handoff location, person who collected or returned the device, timestamp, and final condition. This will show where the system record ends and the manual process begins.
Next, separate the three types of information that are often mixed:
- The request or incident status
- The asset lifecycle state
- The custody event.
For example, “fulfilled” may mean the service request is complete. “In repair” describes the asset’s state. “Collected by Sam at 3:14 p.m.” is a custody event. Capturing all three prevents an apparently closed ticket from hiding an incomplete physical step.
Then define where handoffs will take place. The handoff point might be:
- A staffed IT service desk
- A secure equipment room
- An automated locker.
Whatever model you choose, the process should verify the user, secure the asset, record the pickup or return, and support charging where required.
For unattended or after-hours access, a purpose-built smart locker can process device handoffs without a technician being present. Evaluate any system based on practical requirements such as charging support, bay dimensions, identity controls, audit logs, and integration options rather than the product name alone.
What a Connected Smart Locker Workflow Looks Like
At the end of a shift, an employee:
- Authenticates at the locker
- Identifies the device
- Places it in an available locker bay
- Connects it for charging.
In a connected locker workflow, the system can record the user, time, identified device, and bay, then pass the handoff event. The asset state changes to “returned” or “charging.”
The next employee authenticates and collects the device. That pickup creates a new custody event and changes the asset state to in use. If the device is overdue, the wrong asset is returned, no suitable bay is available, or the integration fails, the system should create an exception for IT to review.
Define a Single Source of Truth for Device Tracking
One design decision is particularly important: define the source of truth. The ITSM platform may be the system of record for the service request, the ITAM platform for the asset record, and the locker-management platform for the physical transaction. Define which system is allowed to update each field and how failed or conflicting updates will be reconciled. Otherwise, the integration may simply duplicate inconsistent data.
Pilot Your Device Handoff Process Before Scaling
Start with one location and one frequent workflow, such as shift handovers, device loaning, repairs, or deployments. Run the pilot long enough to include normal demand and at least one peak period. Compare the results with the existing manual process.
Useful measures include:
- Median handoff time
- Self-service completion rate
- Exceptions requiring IT involvement
- Return compliance and overdue devices
- Utilization by location and time
- IT effort per transaction.
Use the results to improve the workflow before adding locations. Low utilization may point to poor placement or restrictive access rules. A high exception rate may reveal confusing instructions, incomplete user data, or an unreliable integration. High demand may justify more bays, more devices, or a second handoff point.
Bringing ITSM and Physical Asset Management Together
Closing the physical handoff gap does not require replacing your ITSM platform. It requires extending service design through the final physical step. When the request, asset state, and custody event stay connected, IT gains a clearer record of responsibility, and users get faster access to working, charged devices.
ITSM Device Handoffs FAQs
A ticket can show “resolved” or “fulfilled” without recording who physically received a device, where it was placed, or whether it was charged and ready for the next user. This isn’t a flaw in ITSM itself; it’s an integration and process-design issue, since the system tracks the service request but not the custody event.
A 2026 survey of 400 clinical and health IT leaders across Australia, Canada, the UK, and the US found that respondents are losing an average of 23% of their shared-device fleets annually, with roughly three hours of clinician downtime per missing device and searches taking up to 12 hours.
The request or incident status, the asset lifecycle state, and the custody event. For example, “fulfilled” describes the service request, “in repair” describes the asset’s state, and “collected by Sam at 3:14 p.m.” is the custody event. Keeping these separate stops a closed ticket from hiding an incomplete physical step.
Practical requirements rather than the product name: charging support, bay dimensions, identity controls, audit logs, and integration options. A purpose-built locker can process device handoffs without a technician present, which matters for unattended or after-hours access.
The ITSM platform may own the service request, the ITAM platform the asset record, and the locker-management platform the physical transaction. Without agreeing on which system updates each field and how conflicts get reconciled, the integration risks duplicating inconsistent data instead of resolving it.
Median handoff time, self-service completion rate, exceptions requiring IT involvement, return compliance and overdue devices, utilization by location and time, and IT effort per transaction. These results guide whether to fix the workflow or expand it to more locations.
Mary Atamaniuk
Mary Atamaniuk is a Marketing Content Manager. She writes about IT operations, device management, automation, and service delivery. She specializes in turning complex technical and operational topics into clear, practical content
