Best Smart Lockers for Education: K–12 and Higher Ed Guide

Smart lockers support many use cases, from parcel pickup to workplace storage. The best smart lockers for education are device management smart lockers.

These lockers are built with device-sized bays, charging, self-serve handoffs, usage reporting, and cloud controls. A general storage locker may not have hardware or software features IT needs to manage laptops, tablets, and phones.

This article explains what IT teams should look for in a device management smart locker for education workflows, how K–12 and university use cases differ, and how to avoid overbuying.

Additional reading: What is a smart locker? Check our dedicated guide if you’re new to this product.

Key takeaways

Schools and universities both use smart lockers to solve common problems: a flow of broken and forgotten devices, IT burnout, and the lack of visibility into the device circulation.
Smart lockers for schools and universities should support self-serve device workflows, record a clear chain of custody in the audit trail, and let IT manage lockers remotely via a cloud portal.
To avoid overbuying, start with a small pilot, review usage by workflow and location, then add more locker units where demand is proven.

What should the best smart locker system for schools and universities do?

A smart locker system for school device management has to work as both physical infrastructure and workflow software. The hardware protects, stores, and charges devices. The software manages access, automates handoffs, and gives IT the records they need.

Additional reading: Use these smart locker buying tips to compare vendors, validate features, and plan a pilot before choosing a system.

Hardware requirements to check:

Indoor vs. outdoor use: Confirm where the locker is rated to operate. Most device management lockers are designed for indoor use, where power, temperature, and moisture are easier to control.
Hardware build: Lockers should be made of reinforced steel and be tamper-resistant. The unit should have active or passive airflow so devices can charge without heat building up inside.
Device fit: Bays should fit the devices your school or university actually uses, including laptops, tablets, and phones with protective cases on.
Charging: Each bay should include built-in charging ports (ideally, USB-C ports and AC power outlets to charge laptops). Charging cables should be secured, protected from tampering, and practical for IT to replace when needed.
Tamper detection and stuck-door handling: Check whether the locker can detect forced entry and stuck doors. The system should also include a clear admin override process for stuck bays, power issues, or network interruptions.
Serviceability: Ask the vendor how parts are replaced, how firmware updates are handled, and what support is available if the components fail.

Software and workflow requirements to check:

Workflow automation: The system should automate device workflows, including loaners, repairs, deployments, replacements, and charging. Students should be able to check out or return devices through a guided self-service process.
User authentication: Access should work with credentials students already use, such as SSO, ID cards, RFID badges, barcodes, QR codes, PINs, or username and password login.
Visibility, reporting, and accountability: Every pickup, return, charging session, and admin action should be captured in the smart locker audit trail. The system should also feature usage analytics and exportable reports for audits.
Cloud management: IT should be able to manage users, workflows, access rules, and reports from a cloud portal. This is especially important for districts, campuses, and multi-building deployments.
System integrations: The locker should connect with the school’s identity, MDM, ITSM, or asset management systems. This keeps locker activity tied to existing device records instead of creating another disconnected system.

For a full vendor evaluation, download the ForwardPass Smart Locker Buying Guide.

K–12 smart lockers: Solving the volume of device issues

Roughly 99% of teachers in the 2025 New York Times survey say their school provided students with devices. But most schools were not built around hundreds or thousands of student devices. As Victoria Thompson and Cari Warnock write in EdTech: Focus on K–12, “Regardless of size or location, many schools share similar challenges: IT teams are lean while endpoints are increasing.”

The same initiative that improved learning equity also introduced a steady flow of technology issues that pull teachers, students, and IT away from more valuable work:

Laptops get broken, lost, and forgotten. The financial burden often falls back on the school. The 2025 EdWeek Research Center survey has found that more than 25% of districts and schools always pay the cost of repairs or replacements, regardless of the nature of the damage.
Most schools have 5 IT staff per 1000 devices at best. IT staff have to deal with queues of students asking for laptop replacements instead of their actual IT work.
Teachers often become the first point of contact when students need replacement devices. That pulls teachers away from instruction and students away from learning.

How does a smart locker for K-12 work in practice?

A smart locker loaner program for schools gives students a self-serve way to pick up a charged device when theirs is forgotten, broken, or out of battery.

The process is simple:

The student authenticates at the locker using an approved credential.
The student selects the workflow.
The locker opens an assigned bay with a charged loaner device. If the student has a broken device, they place it in that same bay.
The system logs the handoff, including the student, device, action, location, and time.
IT reviews locker usage, device status, and repair tickets from the cloud portal. Outside busy learning hours, IT collects broken devices and preloads lockers for the next day.

How ForwardPass addresses K-12 device management

The ForwardPass smart lockers for schools help schools move routine device handoffs out of the IT office and into guided self-service workflows. Here’s how:

Device-ready hardware: ForwardPass lockers are built for mobile devices, with secure bays and built-in USB-C and AC charging to keep laptops, tablets, and phones protected and powered between uses.
Five self-service workflows: Schools can manage charging, loaners, repairs, replacements, and deployments from one system.
Flexible access methods: Students and staff can use RFID, PIN, SSO, QR code, barcode, or username and password, depending on the product model.
Dynamically assigned bays: Bays are not limited to one fixed workflow. Schools can support different handoff types with fewer locker units.
School integrations: ForwardPass connects with Learn21, Incident IQ, and ServiceNow. Other platforms can also be connected through APIs and webhooks.

Kingsway Christian College shows how flexible the school locker system for devices can be. The school used Microsoft Power Automate to connect its smart locker workflow to SharePoint, with each bay linked to a specific device record.

When a laptop was checked out, SharePoint recorded the borrower, due date, and borrowing history. On busy days, Kingsway could process up to 25 loans in the ForwardPass lockers, saving IT more than an hour daily. That is a 75% reduction in daily device lending time.

Smart lockers for universities: Solving after-hours device transactions

Universities and colleges also invest in digital equity. That creates device management issues that resemble K–12, but often at a larger scale:

IT workload has increased: According to EDUCAUSE, over 70% of respondents said their workload was at least “somewhat” excessive, and 45% reported increased time demands.
The 24/7 access gap: Students often study outside office hours. If a laptop is forgotten, broken, or dead after the IT desk closes, access depends on whether the campus has an after-hours loaner process.
Larger device pools: For example, the University of Kentucky issued 30,000 iPads to first-year students between 2019 and 2024. That means roughly 6,000 devices entered circulation each year.

How is a smart locker for higher education used in practice?

Universities use device management lockers for many of the same workflows as K–12 schools: loaners, returns, repairs, charging, replacements, and deployments. The difference and particular benefits of smart lockers usually lie in the operating environment:

Campus smart locker system. Smart lockers placed in libraries, residence halls, hallways, and other campus hubs reduce trips to a central IT desk. The distributed setup also makes pickup, return, and restocking easier for IT because students are not all crowding around one central support desk.
After-hour device transactions. For IT teams, the value is more visibility of devices across campus. IT has a clear audit trail of device transactions, even when they occur outside IT business hours.

How does ForwardPass address higher education?

The ForwardPass smart lockers for universities help higher education teams manage device access after hours and across campus locations. Here’s how:

Mobile units: ForwardPass locker units can be moved across campus as needs change. That helps universities test new locations and respond to traffic bottlenecks.
24/7 self-serve access: Lockers can be configured for around-the-clock use. Students can pick up and drop off devices when it’s convenient for them. IT still keeps an audit trail of each handoff when they return to work.
Multi-site management: Admins can see locker usage and track loaner devices across locations, locker groups, and user groups from a cloud dashboard. It gives IT a campus-wide view of inventory.
Enterprise SSO: ForwardPass supports identity providers such as Entra ID, Okta, Oracle, Shibboleth, Google Workspace, and many others, so universities can connect lockers to systems they already use.

That flexibility helps a lot when universities want to rethink how students access technology on campus. At SUNY Fredonia, a university of around 4,000 students, the Innovation Lab used to rely on 30 fixed desktop stations.

The university introduced a laptop lending program with a ForwardPass smart locker unit, so students could pick up a charged laptop, use it for short-term work, and return it on their own. The lab reduced desktop stations from 30 to 14 and allocated more space for 3D printers, drones, and other equipment.

How many locker bays does your school or university need?

Schools and universities should size smart lockers around the number of devices that regularly need to be loaned, returned, repaired, charged, replaced, or deployed.

Important note: One smart locker unit may include several compartments (bays), depending on the model. Each bay holds one device, so sizing should be planned around bay count rather than unit count for a more accurate estimate.

Start by tracking the device handoffs your team already handles over a period of time:

The number of loaners issued
The number of broken devices being reported
The number of replacement devices ready
The number of devices that need charging
The rise in demand during exams, deployments, or end-of-term returns

Industry baselines can help set expectations. Over 60% of schools manage up to 10 broken devices every week. Over 50% of schools receive 1–5 support tickets related to device issues daily, while 10% receive as many as 20 per day.

The safest approach is to start a small, pilot test. Purchase one or two units, each with 5–15 bays, and use the smart locker usage analytics. Then add more units carefully, based on actual usage by workflow, location, and time of day. That’s the most reasonable approach to prevent overbuying.

Bottom line

The best education smart locker system should fit your device workflows, support the access methods your students and staff already use, charge the devices you manage, and give IT a clear record of every handoff.

ForwardPass is built for K–12 and higher education teams that need self-serve loaners, repairs, replacements, deployments, and charging without adding more manual work. Book a Discovery to see how ForwardPass could fit your device program, campus setup, and team size.

If you are comparing vendors, download the Smart Locker Buying Guide to know what to check before you buy.

FAQ

What are the best smart lockers for schools?

The best smart lockers for schools are device management lockers designed for laptops, tablets, and other student devices. General-purpose smart lockers may work for parcels or personal storage, but school IT teams usually need device-specific workflows, charging, access control, and reporting.

For device management use cases such as loaners, repairs, replacements, deployments, and charging, ForwardPass is the best smart locker system. It combines self-serve workflows, MDM integration, time-based access controls, built-in charging, and a real-time audit trail.

What is the difference between K–12 and higher ed smart locker needs?

There is no strict difference between smart lockers for K-12 and higher education in terms of functionality and capabilities. They belong to the same product category: device management lockers for education IT teams.

Both schools and universities run device loaner programs and deal with the same core problems, including limited IT staffing, high volumes of device-related tickets, and the need to charge, store, repair, and track student devices.

The differences between how schools and universities use smart lockers are usually operational, such as campus size, access hours, user groups, and places where smart lockers are installed.

How do smart lockers support 1:1 device programs in schools?

Smart lockers give students a clear place to handle common device issues, from loaners and repairs to replacements. Students can pick up loaners, drop off broken devices, or collect replacements without waiting for IT. Devices stored inside the locker can also charge between uses. This reduces desk queues and keeps students learning with fewer interruptions.

Can students access smart lockers 24/7 on a university campus?

Yes, students can access smart lockers 24/7 when the system is configured for unattended campus use. Students authenticate with approved credentials, such as SSO or a campus ID card, and the locker handles the transaction without staff involvement. A student who needs a loaner at 9 p.m. can pick one up from a library or academic building and return it the next day. IT can review the full record in the dashboard.