Daily site route
Each site manager sees the facilities on their route in order, with open faults and the time of the last visit.
SIZ Group designs and builds a staff operations app for self storage operators that gives site managers and maintenance staff their assigned work, a checklist for each facility visit and a way to log gate faults, damaged doors and unit inspections with photos. The facility manager sees open items across every site before the next renter walks in.
A self storage site runs with few people across a large footprint. One site manager may cover several facilities, and a maintenance tech may visit each one twice a week. A gate that sticks at six in the morning or a roll-up door that will not latch can sit unnoticed until a renter calls, because nobody on shift has a list that shows it.
Facility work also carries security weight. Gate faults, cameras that drop offline and unit doors left open are not small issues. The app has to make those visible fast, record who checked what and keep a photo trail that shows the state of a site on any given day.
The first release covers each person's daily route across facilities, a checklist for every site visit and a log for faults that need follow-up. A site manager starts the route, works through the gate, camera, office and unit checks, and marks each item with a time stamp. Anything that fails goes to the maintenance queue with a photo attached.
Handoffs between shifts come next, with a short note that the incoming person reads before starting. Later phases can add parts inventory, labor tracking and deeper reporting. Those depend on the daily route working on a weak signal and in a hot storage yard.
At seven a site manager opens the app and sees a route for two facilities. The first visit shows an overnight alert from the gate system, which logged three failed entries before dawn. He starts the gate checklist, checks the keypad and the photo of the sensor loop, and records that a loose cable had been pulled from the access controller.
He photographs the cable, marks the item as faulty and sends the fault to maintenance with the time it was first logged. The app asks what the gate should do until the repair, and he chooses a limited-access setting with a notice to renters. The fault stays open on the facility record until the technician marks it fixed.
At the second site the walk is routine. The camera checklist shows one camera offline, so the manager restarts it with the steps on screen and logs the result. By lunch he reviews the day's routes and sees both facilities with no items left open.
Each site manager sees the facilities on their route in order, with open faults and the time of the last visit.
Checklists walk through gate sensors, keypads, cameras and office equipment, with photos where the result matters.
Faults carry a photo, a time stamp and the name of the person who logged them, and route to maintenance until someone marks them fixed.
A short note from the last shift is read at the start of the next one, and open items stay visible until they close.
Most storage operators run a management platform for rentals, billing and gate access, often alongside a separate system for alarms and cameras. The field app should read unit lists and gate status from those tools where they offer an integration, and leave rentals and payments in the system of record.
Where no integration exists, the route can run from an export, and the office can enter the day's results back into the software. We would confirm which tools each facility uses during the scoping call. The aim is one record of each visit, not a new system competing with the front counter.
Storage demand peaks in summer, when moves and renovations push traffic through the gates. Heat strains doors, locks and cooling units, so inspections matter more in those months. The staff app should move the heavier checklists earlier in the week, before the heat builds.
Quieter months shift the work toward preventive checks and cleaning. Rainy and hurricane seasons add their own checklists for drainage, roofing and roll-up doors at coastal sites. We would set those checklists per facility and switch them on by season, so the route always fits the work that needs doing.
Start with the facility list, the unit door types and any gate or camera vendors at each site. Bring the checklist standard your team already uses, even if it lives on a printed sheet, along with photos that show what a pass and a fail look like for each item.
We also need the names and roles of your site staff, the on-call contacts for after-hours faults and read access to your management platform or an export. A named administrator approves checklist changes, so the standard stays consistent across sites.
Many do not need one, and the app runs on iPhone and Android. Your office creates the accounts and removes access when someone leaves. A site that cannot use phones can keep paper logs, but the photo trail and time records for those visits will be missing.
The route and checklists stay usable offline, and entries sync when the phone reconnects. We would test the flows inside a steel building and at the far end of a yard during the scoping call, since that is where signal usually fails.
Open faults stay on the facility record and appear at the start of each route. A supervisor can see faults that have been open longer than the agreed response time, which makes it harder for one to slip off the list.
No. Alarm and camera vendors keep their own systems and records. The staff app records what the site team checked and fixed, and it can store the vendor's ticket number so both sides refer to the same event.
Tell us how many facilities your team covers on a free scoping call, and we will confirm scope and price in writing.