Smart Locker Buying Tips: How to Choose a System for Shared IT Devices

Smart lockers are connected storage systems that automate device pickup, return, and charging while keeping each handoff controlled and traceable. To choose the right system, define the device handoff and select a smart locker that fits the workflow, access method, integration needs, and expected demand.

Market data reflects the growing demand for connected locker systems. 360iResearch’s smart locker market size and growth forecast estimates the global market at $3.28 billion in 2025, with growth to $3.71 billion in 2026 and $7.97 billion by 2032.

This smart locker buyer’s guide covers 10 practical steps for evaluating device smart lockers and determining whether a system will fit your environment and scale over time.

Key takeaways

• Define the device handoff and expected demand before comparing locker features.
• Verify security, accessibility, and integrations against existing systems and policies.
• Compare multi-year ownership costs rather than relying on the initial hardware price.
• Test integrations in a live demo and run a pilot before expanding across sites.
• Evaluate vendor support, warranty terms, and contract exit conditions before committing.

Get the vendor scoring matrix and demo questionnaire in the Smart Locker Buying Guide.

Critical considerations before you buy a smart locker

Before investing in a smart locker system, evaluate five essentials that influence security, usability, and long-term value:

• Evaluate authentication methods such as PIN, RFID, or biometrics to ensure reliable access control.
• Verify integration with your IT, identity, and facility systems to avoid management silos.
• Prioritise ease of use and mobile accessibility so users can authenticate, check in, and check out devices without friction.
• Ensure scalability and modularity to expand capacity as demand grows.
• Compare the total cost of ownership and vendor support quality, not just the upfront price, because reliable service and maintenance often define the real return on investment.

ForwardPass addresses operational fit, ease of use, user authentication, and day-to-day device management through five dedicated device handoff workflows. Depending on the configuration, authentication methods include PIN, RFID, QR code, barcode, SSO, and username/password.

Smart locker selection guide: 10 steps to the right system

How to choose a smart locker is a question of matching the system to the device handoff, operating environment, and demand it must support. The selection process should test the system across security, integrations, user experience, scalability, cost, vendor support, and pilot readiness.

Step 1. Define your objectives and use cases

Choose a smart locker around the device handoff you need to support, then match its capacity, access method, and workflow to that use case. This prevents a technically capable system from becoming a poor operational fit.

Begin by identifying the specific challenge your smart locker must address:

• In enterprises, lockers often manage IT asset exchanges, oversee shared tools, or secure personal deliveries for hybrid staff.
• On campuses, they handle device lending and parcel collection without increasing administrative workload.

Each scenario requires distinct configurations — software options, bay sizes, and reporting tools seldom suit every workflow. In education, the planning criteria also vary by education environment, with smart lockers for K–12 and higher ed supporting different combinations of device demand, user access, and administrative coverage.

Additional use-case considerations include:

• Demand peaks and location: In education, IT leaders should account for start-of-term distribution, routine loaner demand, and access across multiple buildings.
• Authentication: Match access to the institution’s existing approach, such as student or staff IDs or single sign-on, depending on the configuration.
• Device and bay size: Confirm that bays fit the devices you plan to store, including laptops or tablets in protective cases. In rugged environments, check dimensions with cases or accessories attached.
• Deployment scale: For offices, size the system around the number of users and the expected volume of device exchanges.

When goals are unclear, organisations risk wasting space and slowing adoption. Therefore, it’s crucial to define measurable outcomes first, then select the system that aligns with them.

Step 2. Check the hardware, software, and connectivity stack

Evaluate a smart locker as a complete system, as its hardware, software, connectivity, and charging requirements all affect how reliably it supports device access and handoffs. A smart locker functions as an integrated network of hardware, software, and connectivity layers:

• Hardware ensures durability. Prioritise solid construction, tamper-resistant locks, and device charging components rated for the devices and power conditions at the installation site.
• Software enables visibility through a centralised cloud-based management system with analytics, audit trails, and user management tools.
• Connectivity unites the system through Wi-Fi, cellular, or wired networks, supporting both cloud and on-premises deployments.

The installation site needs to support the locker safely and reliably. Key electrical and network requirements include:

• A suitable mains power supply, with the outlet or junction box preferably positioned behind or above the locker.
• A LAN connection or suitable Wi-Fi coverage for cloud configuration.
• Enough clearance for users to access the bays safely and for ventilation openings to remain unobstructed.
• For indoor-rated smart lockers, an indoor, dry location protected from rain, moisture, and excessive heat. For outdoor installations, confirm that the locker is specifically rated for the expected weather and environmental conditions.

Check power demand against the expected charging load, not idle consumption alone. Smart lockers can draw significantly more power while charging devices, so confirm that the site’s electrical circuit can support the maximum load.

Read more: See how smart lockers work in day-to-day device handoffs.

Step 3. Check security and compliance

A secure smart locker should combine physical protection, controlled user access, encrypted data, tamper detection, and an audit trail that records each access event. Buyers should also verify how those controls behave during outages and whether the platform provides independent security assurance relevant to the deployment.

A smart locker security checklist should cover the controls that protect devices, users, and access records. Confirm that the system:

• Encrypts data in transit and at rest
• Look for TLS 1.2 or higher for data moving between the locker and cloud services.
• Confirm that stored platform data uses AES-256 encryption or an equivalent documented standard.
• Check whether API connections require authenticated access rather than exposing unauthenticated endpoints.
• Includes tamper detection technology
• Check whether doors and locking hardware resist forced access.
• Confirm whether unauthorised door openings trigger an alert or alarm.
• Ask whether the affected bay becomes unavailable after a suspected tamper event.
• Confirm that bays remain locked if power is lost.
• Check how authorised administrators regain access during an outage.
• Maintains detailed audit trails of every access event.
• Confirm that the record identifies the user, bay, and time of access.
• Check whether it also records the workflow or device associated with the event.
• Confirm how long the platform retains access records.
• Verify that administrators can search and export records for audits or investigations.
• Enables secure authentication options
• Single sign-on (SSO)
• PIN access
• RFID
• Barcode or QR code
• Username and password
• ID card or badge scanning
• Demonstrates relevant compliance and security assurance

• GDPR applicability for European deployments
• HIPAA requirements for U.S. healthcare deployments
• ISO 27001 certification
• SOC 2 assurance report available through the vendor’s Trust Center

When reviewing a vendor’s security posture, check whether supporting evidence is available in a public trust center. ForwardPass maintains its current security and compliance information in the ForwardPass Trust Center.

Security due diligence has a clear financial rationale. IBM’s 2026 Cost of a Data Breach Report estimates the global average cost of a data breach at $4.99 million, making security controls a material part of technology procurement and risk assessment.

Step 4. Evaluate the locker system integration

A smart locker should connect with the systems that already manage identity, service requests, business operations, and device records. The strongest integrations reduce duplicate data entry and let a locker event trigger the next step in an existing IT process.

A smart locker system delivers maximum value when it integrates seamlessly with the platforms your organisation already relies on. Depending on your environment, check compatibility with these key systems:

• Identity and access management platforms (e.g., Azure Active Directory, Okta, or Google Workspace) for authentication and role-based permissions.
• Information Technology Service Management (ITSM) tools that automate IT workflows and asset support, such as ServiceNow or ManageEngine ServiceDesk Plus.
• Enterprise Resource Planning (ERP) platforms that unify operations, finance, and inventory data, like SAP or Oracle NetSuite.
• Human Resources (HR) systems that handle onboarding, offboarding, and access control, such as Workday or BambooHR.
• Asset management systems used to track device assignments, repairs, and replacements.

Ask the vendor to demonstrate the connection in a live demo. Also distinguish between native integrations and API-based connections. A native ITSM integration usually requires less configuration, while APIs or webhooks can support broader workflows but may require middleware or additional implementation work.

ForwardPass connects locker activity with external IT systems through its Automations Library. Review the library to see which events are available and assess how they could fit into existing processes.

Step 5. Assess user experience and accessibility

A smart locker should let users complete a device handoff independently, with clear instructions, accessible controls, and timely status notifications. Buyers should test the full user journey because friction can undermine adoption even when the underlying workflow works correctly.

Evaluate the user experience across the points where people interact with the locker:

• User interface and guidance: Ask the vendor to demonstrate the full user journey, from authentication to bay access and device pickup or return. The process should make it clear what the user needs to do at each step.
• Physical accessibility: For ADA-compliant lockers, check whether accessible bays and controls fall within ADA reach limits. For an unobstructed forward reach, operable parts must be no higher than 48 inches and no lower than 15 inches above the finished floor or ground, under the U.S. Access Board’s ADA guidance.
• Digital accessibility: Check whether the interface supports needs such as readable contrast, accessible text, and alternative input or guidance for users who cannot rely on a standard touchscreen interaction.
• User notifications: Confirm that users can receive clear pickup, return, overdue, or status messages through accepted channels that fit the workflow, such as mobile app, SMS, and email notifications.

Step 6. Review scalability and customisation

A scalable smart locker system should accommodate more devices, new locations, and changing requirements without forcing the organisation to replace its existing setup. When evaluating scalability and flexibility, consider how easily the system can grow with demand.

Look for options that support:

• Modular compartments that can be reconfigured or expanded as storage requirements change.
• Multi-site management features that let administrators oversee locations from one dashboard and apply consistent rules and reporting across sites.
• Custom branding options, such as colors, logos, and interface themes, which can make multi-site deployments feel more consistent with local environments and organisational standards.

Scalability should reduce the need to redesign the locker program as demand grows. A system that supports expansion within the same management environment can make future rollouts easier to govern and maintain.

Step 7. Calculate total cost of ownership (TCO)

Evaluate a smart locker purchase over its full operating life, not just its initial price. Ask every vendor for a 5-year total (TCO) (total cost of ownership) that includes both upfront and recurring costs.

A realistic TCO should cover:

• Hardware
• Software
• Maintenance
• Staff training

Step 8. Assess vendor reputation, reliability, and support

Smart locker vendor reliability depends on a proven customer track record, clear warranty and support terms, and measurable service commitments defined in the vendor’s Service Level Agreement (SLA). Buyers should also verify how the vendor handles hardware failures, software updates, escalation, and contract exit before committing to a deployment.

Start with these questions to ask vendors, then use the answers to compare smart locker systems consistently:

• Can you provide named customer references running the same use case at a similar scale?
• Where can we review independent customer feedback or relevant community discussions about your support and reliability?
• What is your typical response time for support requests?
• What are your target resolution times and escalation procedures for critical issues?
• What does the hardware warranty cover, and how long does that coverage last?
• How quickly can replacement hardware or parts be supplied, and who handles on-site repairs?
• How are remote troubleshooting, software updates, and ongoing maintenance managed?
• What training and documentation are available for administrators?
• Which current certifications or assurance reports apply to the product or service?
• What happens to software access, stored data, and locker functionality when the contract ends?

A strong vendor should answer these questions with specific commitments rather than general assurances. That gives buyers a clearer view of what support will look like after deployment.

Step 9. Build quality and sustainability

Build quality determines how well a smart locker holds up under repeated daily use, while sustainable design can reduce unnecessary replacement over its service life. Buyers should assess the enclosure materials, finish, repairability, and end-of-life options before purchase.

Prioritise durable materials such as powder-coated steel or aluminum, and confirm that the finish suits the intended environment. For sustainability, ask whether components can be replaced individually and whether the vendor provides recycling or responsible end-of-life guidance.

Step 10. Pilot, evaluate, scale

Run a focused pilot before expanding a smart locker deployment across departments or sites. A pilot gives IT a controlled way to test the workflow, identify operational issues, and adjust the configuration before wider rollout.

ACT-IAC’s 2026 Pilots to Production report found that “many pilots fail not due to technical issues, but rather insufficient governance, security, stakeholder commitment, and well-defined change management processes.”

For a smart locker rollout, that means the pilot should reveal whether users follow the intended handoff process, administrators can manage exceptions, and the workflow fits existing policies before the deployment expands.

During the pilot, track a consistent set of metrics:

• Share of available bays or workflows used during the pilot period
• Percentage of pickups, returns, drop-offs, or exchanges completed without staff intervention
• Failed authentication attempts or other blocked transactions
• Total time the locker or workflow is unavailable to users
• Number of user or administrator issues generated by the pilot
• Average feedback score from users or administrators

Use the pilot results to decide whether the workflow is ready to scale. If the metrics expose recurring access, reliability, or support issues, adjust the configuration and retest before expanding the deployment.

Common mistakes to avoid when buying a smart locker

The most common smart locker purchasing mistakes come from evaluating the system as a standalone product rather than part of an existing device workflow. That can lead to capacity problems, poor adoption, or additional manual work after deployment.

Avoid these common mistakes:

• Focusing solely on price while neglecting key smart locker selection criteria like long-term reliability, vendor support, and warranty terms.
• Overlooking the value of a user-friendly interface, which can limit adoption and day-to-day efficiency.
• Skipping training or post-installation guidance, which leaves teams unprepared to operate the system.
• Sizing only for average device volume, without accounting for peak demand or future growth.
• Choosing a system that does not connect to existing IT systems, which can lead to fragmented handoff records.

Smart locker buyer's checklist

Use the Smart Locker Buying Guide to evaluate vendors against standardised criteria throughout the buying process. It includes practical tools for scoping requirements, reviewing demos, and comparing proposals:

• Pre-purchase scoping checklist
• Live-demo questionnaire
• Quote comparison template
• Weighted vendor scoring matrix
• Hardware and software capability checklist

Next steps: Choosing a smart locker with ForwardPass

Choosing smart lockers means matching the system to your device workflows, existing IT environment, expected demand, and long-term operating requirements. The right choice balances cost with security, usability, scalability, integration, and long-term support.

ForwardPass is built specifically around IT device handoffs, with dedicated workflows for Loaners, Repairs, Deployments, Replacements, and Charging.

Book a Discovery to discuss which workflow and configuration fit your environment.

FAQs

How do you compare locker systems for campus operations?

Compare higher education device lockers against the actual device handoffs, demand peaks, and locations they must support. Also check whether authentication, bay sizes, and access across multiple buildings fit existing campus operations.

How do you assess a locker vendor’s reputation before you buy?

Assess reputation through customer references, independent feedback, and evidence of reliable post-sale support. Peer experience can be a valuable source of smart locker purchase advice. Prioritise references from organisations with similar workflows, scale, and support requirements rather than relying on broad testimonials.

What warranty and support should you expect when buying smart lockers?

Expect clear warranty coverage, defined support response processes, and documented procedures for hardware failures. Buyers should also confirm availability of replacement parts, software maintenance, and administrator support.

How do you evaluate security and tamper resistance in a smart locker system?

Evaluate both physical and digital controls, including locking hardware, tamper detection, authentication, encryption, and audit records. Also confirm how the system behaves during power or network outages and what independent security assurance the vendor provides.

What questions should you ask vendors when evaluating smart locker systems?

Questions IT peers ask about smart lockers include how the system handles real use cases, integrations, support, and long-term costs. Buyers should refine those questions around their operational requirements and use them as a consistent basis for vendor comparison.

How do you choose a locker system that scales from one site to many?

Choose a system with modular capacity, centralised administration, multi-site visibility, consistent access rules, and shared reporting across locations. It should also let IT add new sites without rebuilding workflows or creating separate management processes for each deployment.