Shared iPhones for shift work

Whether it's a hospital ward, a hotel, a warehouse or a shop, the count starts with the most people on duty at the same time. Add phones for the overlap at shift change, when people from both shifts are still holding one. Add the phones that are charging, and some spares. Then compare what that pool costs with buying a phone for every employee. Use your own device and support costs, because general figures won't match your setup.

Sharing only works if every handover removes the previous person's data and gives the next person their apps. Our shared iPhone guide compares the ways to do that on iPhone.

With Axtero Shift, staff collect their phone at a station. They identify themselves, the station shows them which iPhone to take, and that phone already has the work apps and access for their role.

At the end of the shift, they put the phone back. Axtero Shift erases it and prepares it again, so the next person starts with a freshly set up phone. Staff can identify themselves with a badge, a QR code, a PIN or another method. We set up the method that fits your process.

The handover log records who took each iPhone and when it was returned. If a phone goes missing, you can see who had it last. Because the log is a record about your staff, we agree with you who can see it, how long it's kept and whether your employee representatives need a say.

The phones sit in a dock, tray or hub, which charges them and gives them a data connection. Axtero Shift wipes the data. Cleaning the phones themselves stays part of your own hygiene routine.

Erasing a returned iPhone and enrolling it again takes a while. In our lab test in June 2026, it took a median of 9 minutes. This happens after the phone comes back and before the next person asks for one. It matters most at shift change, when many phones come back at once and the next shift needs them soon after. Your own time depends on your network, your apps and your configuration. Use the pilot to measure the whole process on your setup, and size the pool so it copes with overlapping shifts and with a reset that fails.

Axtero Shift can prepare several iPhones at the same time. Each station runs on its own. If one fails, the other stations can still work, and phones already in use stay in use.

The iPhones need iOS 17 or later, because that's the first version with Return to Service. They also have to be enrolled through Automated Device Enrollment in Apple Business. Each station runs on a Mac with a charging and sync connection to the phones. The network has to let each phone reach Apple's services, your MDM and your work apps for the whole time it's setting itself up.

Your MDM needs an API. Through that API, it has to reassign an iPhone to a new user without erasing or re-enrolling it. That's how a phone that's already prepared becomes the next person's phone. Your MDM also has to support Return to Service, so an erased iPhone can enrol again without anyone tapping through setup. The technical page lists which systems are compatible and where the limits are. Before we propose an integration, we check the interfaces your current systems already have.

Return to Service