Smart Charging Lockers for IT Asset Management

Smart charging lockers for IT asset management are secure, networked bays that control device access, record handoffs, and provide in-bay charging; they support, but do not replace, an ITAM, ITSM, or MDM system of record. Unlike basic device charging lockers, they connect physical custody and power readiness to a named user, device, location, workflow, and time.

That distinction matters wherever people share, borrow, repair, replace, or deploy devices. A platform such as ForwardPass can automate the physical handoff while the organisation’s existing systems remain authoritative for inventory, tickets, configuration, and policy.

Key takeaways

•  Smart charging combines power delivery with controlled custody, so a device is protected while it charges.

•  Readiness is different from availability: IT needs to know both that a device is present and that it can support the next user.

•  A smart locker complements ITAM, ITSM, and MDM by recording the physical event those platforms cannot perform on their own.

•  Strong implementations connect identity-based access, an auditable transaction history, and integration paths for downstream updates.

What are smart charging lockers for IT asset management?

A smart charging locker is a physical handoff point with secure bays, controlled access, charging, and software that records what happened. It can support self-service device checkout, returns, exchanges, repair drop-offs, deployments, and secure device charging. The result is a local chain of custody at the moment a device changes hands.

The locker is an execution layer, not the enterprise inventory database. It should pass useful events to the systems that own asset, ticket, identity, or device-management records. For a practical overview, see how a smart locker system works.

Charging locker vs. smart charging locker vs. IT asset management platform

These tools solve related problems, but they should not be evaluated as substitutes.

Where smart charging lockers fit in the IT asset lifecycle

Smart lockers are most useful at custody transitions. The NIST Cybersecurity Framework 2.0 calls for organisations to maintain hardware inventories and manage hardware through its lifecycle. Locker events can provide evidence for those physical transitions while the system of record retains the complete asset history.

How smart charging lockers work with IT asset management systems

A useful integration separates the business decision from the physical action. The connected platform determines what should happen; the locker authenticates the person, controls the bay, and records the result.

1. Request or policy trigger. A user, technician, ticket, schedule, or lifecycle policy starts a charging or handoff request.

2. User and device assignment. The workflow associates an approved person with a device, device type, or available pool.

3. Authentication. The user proves identity through a configured method such as SSO, badge, barcode, QR code, login ID, or PIN.

4. Bay opens. The system releases only the bay allowed by the workflow and policy.

5. Charging and readiness. The device remains secured while connected to the in-bay power source. Readiness rules should reflect the device and charger configuration, not an assumed battery percentage.

6. Transaction or exception update. The locker records pickup, return, session completion, overdue status, failed handoff, or an administrator action and passes the event to the connected process.

When the event model is designed well, ITSM integration can create or update a ticket, ITAM can change custody or location, and reporting can show demand by site. Each system keeps a clear role.

What data should a smart charging locker record?

The record should answer who acted, what device or bay was involved, where the event occurred, why access was granted, when the session changed state, and whether an exception needs attention. That sequence becomes the device audit trail for the physical handoff. See the detailed smart locker audit trail guide for workflow-specific examples.

Benefits of smart charging lockers for IT asset management

Ready devices at the point of need

A powered bay gives each stored device a defined charging location. This helps teams provide charged and ready devices for the next shift, class, meeting, or field task. It also moves charging away from desks, counters, and improvised power strips. The self-service device charging workflow shows how authentication and session history can support the process.

Fewer manual handoffs

Users can complete routine pickups and returns without waiting for a staffed counter. IT still defines eligibility and exceptions, but the locker performs the repetitive access step. Measure median pickup time and support time per transaction to test whether the workflow is reducing effort.

Clearer custody

Smart locker asset tracking connects a person, device, bay, location, workflow, and timestamp. That evidence improves device accountability when a device is late, in repair, or reported missing. Return-compliance and overdue rates show whether the policy works in practice.

Faster exception handling

A useful system makes exceptions visible instead of burying them in email or a sign-out sheet. Overdue sessions, failed returns, unavailable bays, or administrator overrides can be routed for follow-up. Teams can track the time from exception creation to resolution.

Better utilisation and capacity decisions

Session volume and bay utilisation show where demand exists. Teams can compare sites, workflows, and time periods before adding capacity. Replacement rate, device availability, and repeated repair activity can also inform fleet planning, provided the locker data is reconciled with the system of record.

Common use cases for smart charging lockers

Shared device pools and shift changes

The handoff occurs when one user returns a shared phone, tablet, scanner, or laptop and the next user collects it. The readiness problem is both custody and power. The record should identify both users’ events, the asset, the site, and the time between return and pickup.

Loan device pickup and return

A temporary device replaces one that is forgotten, depleted, or unavailable. Laptop charging lockers can release an approved unit and record its due date and return. The transaction should capture user, device ID, start, due, end, and overdue status.

Repairs and replacements

A user drops off a failed device and may collect a temporary or permanent replacement. The record needs to connect the user, failed asset, replacement asset, repair ticket, and both handoff times. This preserves continuity while the hardware moves through service.

Onboarding and offboarding

A prepared device can wait securely for a new employee, contractor, student, or faculty member. At exit, the same endpoint can record recovery. The locker event should connect the identity, asset, role or group, and completed pickup or return to the authoritative lifecycle process.

Deployments and refreshes

IT can stage preconfigured devices for scheduled or distributed pickup. Automated device lockers reduce dependence on a single handout event and provide a timestamped receipt. The record should show assignment, pickup, exceptions, and any unclaimed devices.

Secure ad hoc charging

A user stores a device behind a locked door while it charges, then reauthenticates to retrieve it. The record should show user, site, bay, start, finish, and session status. This is useful for workplace device handoffs, campuses, schools, and other shared environments.

ThermTech provides a concrete manufacturing example. The 24/7 operation deployed 11 lockers across six buildings to manage 132 work phones. Employees pick up assigned or shared phones at the start of a shift and return them for the next user. According to a ThermTech representative, the IT team no longer has to constantly monitor the devices, and employees know where to go. Read the full work-phone device management example.

Integration, access, and security requirements

Start with system boundaries. Decide which platform owns identity, asset status, ticket status, device policy, and the locker event. Then define the minimum fields and events that move between them. Prefer documented APIs, webhooks, exports, or supported connectors, and test retries, duplicate events, outages, and reconciliation.

Access should follow organisational policy. SSO can reuse existing identity and MFA controls; RFID, barcode, QR, login ID, or PIN may suit different populations and locations. Require role-based administration, prompt deprovisioning, and a recorded path for overrides. The CIS Critical Security Control 1 emphasises active inventory and control of enterprise assets, while NIST SP 800-124 Rev. 2 addresses security throughout the mobile-device lifecycle.

Treat the locker as one part of layered security. Evaluate physical construction, anchoring, bay access, network configuration, encryption, log retention, administrator roles, vulnerability management, incident response, privacy, and vendor assurance. Map those controls to the risk of the devices and data involved; a public charging location and a regulated work-phone fleet may need different configurations.

Charging and hardware requirements checklist

•  Confirm the device types, dimensions, protective cases, connectors, and expected mix for every site.

•  Match power delivery to the fleet. Verify wattage, supported profiles, cable type, cable retention, and whether charging is provided in every bay.

•  For USB-C fleets, confirm USB-C Power Delivery compatibility with the device and cable. Do not infer a device’s battery percentage unless the product explicitly supports it.

•  Check ventilation, ambient operating limits, electrical requirements, certifications, and facilities approval for the proposed location.

•  Compare usable bay count with peak concurrent demand, return patterns, growth, repair volume, and contingency capacity.

•  Verify accessibility, reach range, screen position, approach clearance, and an alternate process for users who cannot use the standard interface.

•  Plan network connectivity, mounting or anchoring, power outlets, installation ownership, spare cables, cleaning, and field service.

•  Test the exact device models and cases in a pilot, including charging, door closure, authentication, and recovery from a network outage.

How to evaluate smart charging lockers for IT asset management

Use the following eight checks alongside broader smart locker buying criteria. Each check pairs a vendor question with evidence you can accept during evaluation.

1 Workflow fit

Vendor question: Which of our charging, loan, repair, deployment, replacement, and recovery scenarios are supported without custom development?

Acceptance criterion: The vendor demonstrates each priority scenario using your roles, devices, and exception paths.

2 Charging

Vendor question: What power is available in every bay, and which devices and cables are supported?

Acceptance criterion: The proposed configuration charges the pilot fleet safely and within the required window.

3 Identity and access

Vendor question: Which identity providers, MFA options, badges, codes, and fallback methods are supported?

Acceptance criterion: Approved users can authenticate through policy-compliant methods, and deprovisioned users cannot gain access.

4 Audit data

Vendor question: Which fields are recorded for every event, and how long are they retained?

Acceptance criterion: Sample records answer who, what, where, why, when, status, and administrator override questions.

5 Integration

Vendor question: Which APIs, webhooks, exports, and connectors are supported, and how are failed updates reconciled?

Acceptance criterion: A test event updates the target system once, reports failure clearly, and can be replayed safely.

6 Security and privacy

Vendor question: What current assurance, architecture, access-control, encryption, logging, privacy, and incident-response evidence can you provide?

Acceptance criterion: Security and privacy owners approve the evidence and close or accept documented gaps.

7 Operations and support

Vendor question: Who monitors, updates, repairs, and supports the lockers across all proposed sites?

Acceptance criterion: The contract names service levels, escalation paths, software support, spare parts, warranty, and end-of-life terms.

8 Pilot and measurement

Vendor question: How will we prove the workflow before scaling?

Acceptance criterion: The pilot has baseline and target measures for pickup time, return compliance, session volume, overdue rate, utilisation, support time, and replacement rate.

Use the ForwardPass Smart Locker Buying Guide to compare charging, software, access, integration, and support requirements with your stakeholders.

How ForwardPass connects charging to complete device handoffs

ForwardPass is a smart locker system for IT device handoffs that automates how people pick up, return, and exchange devices. Charging is built into the physical handoff: current 5-, 8-, 15-, and 23-bay configurations provide one 36W USB-C Power Delivery port per bay, with power and cable details varying by model. Confirm compatibility for your fleet on the complete smart locker solution page and during a pilot.

The same platform supports five common workflow categories:

•  Charging gives an authenticated user a secure bay and records the session through pickup.

•  Deployments stage an assigned, prepared device for self-service collection.

•  Loan devices apply eligibility, assignment, due-date, and return rules to a temporary device pool.

•  Repairs accept a failed device, preserve its handoff record, and support collection and return by IT.

•  Replacements connect the failed asset, replacement asset, and user in one controlled exchange.

ForwardPass can authenticate users through options such as SSO, QR code, mapped login ID, barcode, RFID, or PIN, depending on the model and configuration. Its Portal records session data for operational review. Integration requirements should still be validated against the ITAM, ITSM, MDM, identity, and reporting systems that will own downstream records.

VIDEO EMBED: Explore the five ForwardPass device workflows. ForwardPass Workflows Explained: Loaners, Repairs, Deployments, Replacements & Charging

Bottom line

•  Choose a smart charging locker when you need to control a physical device handoff and record it, not simply store hardware behind a door.

•  Keep ITAM, ITSM, MDM, and identity platforms authoritative for the records and policies they own.

•  Validate charging compatibility, identity-based access, audit fields, integration behavior, exception handling, service, and security before scaling.

•  Measure readiness and accountability with pickup time, return compliance, overdue rate, utilisation, support time, and replacement rate.

Ready to map the right charging and handoff workflow for your environment? Book a Discovery.

Frequently asked questions

What is a smart charging locker?

A smart charging locker is a secure, software-managed set of bays that controls access, powers stored devices, and records user interactions. The “smart” part is the connection between physical access and a digital event. A basic locker may secure a device, and a charging cabinet may provide power, but neither necessarily records a named user, device, workflow, site, and timestamp. A smart locker can create that record and share it with other systems. It does not replace ITAM, ITSM, MDM, identity management, or endpoint security. Those platforms should continue to own inventory, tickets, configuration, and policy. The locker performs and documents the physical step.

How do smart charging lockers support IT asset management?

Smart charging lockers support IT asset management by adding reliable evidence at physical custody transitions. ITAM may show that a laptop is assigned to an employee, but the locker can record when that employee actually collected it, which bay opened, and when a return occurred. Similar records can support temporary loans, repairs, replacements, deployments, offboarding, and redeployment. Those events improve the timeliness and quality of asset records when they are integrated or reconciled correctly. They can also make exceptions easier to identify: an overdue device, an unclaimed deployment, an incomplete return, or an administrator override becomes a visible state rather than a note on a sign-out sheet.

Can smart lockers charge devices while stored?

Yes, when the selected model provides in-bay power and the device is compatible with the supplied connection. Many device charging lockers offer an outlet, USB-C, or a prewired charging cable in each bay. A USB-C port does not guarantee that every laptop, tablet, phone, scanner, or battery pack will charge at its preferred rate. Cable quality, device power negotiation, operating temperature, and the model’s power budget all matter. Also distinguish connection status from battery state. Systems like ForwardPass can detect whether a supported device is plugged in, but that does not mean the locker knows its battery percentage or can promise a full charge. A pilot should test charging time, door closure, cable retention, heat, and the user’s return experience.

How do smart charging lockers integrate with IT systems?

Smart charging lockers typically integrate through documented APIs, webhooks, data exports, identity connections, or supported workflow connectors. The locker can receive an approved assignment or policy decision, authenticate the user, perform the physical handoff, and send a completion or exception event to an ITAM, ITSM, MDM, identity, reporting, or workflow platform. The integration design should identify an owner for every record. Identity systems should own users and access status. ITAM should own the asset record. ITSM should own the service ticket. MDM should own device configuration and compliance. The locker should own the physical access event and its immediate state. Teams should test both the successful path and failure conditions, including duplicate messages, network interruption, expired credentials, unavailable bays, and a target platform outage.

What data should smart charging lockers record?

At minimum, a smart charging locker should record the user, workflow, site, bay, authentication method, session start, session finish, current status, and administrator actions. Device or asset ID should be included whenever the workflow assigns or scans a specific device. Due dates, return state, condition, ticket reference, and exception reason may also be needed for loan, repair, deployment, or replacement workflows. The useful test is whether the data can answer six questions: who acted, what device or bay was involved, where it happened, why access was allowed, when each state changed, and whether the result needs follow-up.

Are smart charging lockers secure?

Smart charging lockers can strengthen physical device security, but security depends on the model, configuration, installation, operating process, and connected services. A locker should be one layer in a wider program. MDM or endpoint security should still enforce encryption, screen lock, remote actions, patching, and application policy. Identity systems should remove access when a person changes roles or leaves. ITAM should maintain the authoritative inventory.

Do smart charging lockers replace ITAM or MDM?

No. Smart charging lockers complement ITAM and MDM because they solve a different part of device lifecycle management. A locker controls a physical bay, authenticates a person, supports charging, and records a pickup, return, drop-off, or exchange. ITAM maintains the broader asset record, such as ownership, assignment, location, cost, warranty, and lifecycle status. MDM manages device configuration, security policy, applications, compliance, and remote actions. ITSM may own the repair, request, or incident ticket. The best design connects these roles. For example, ITSM can approve a replacement, the locker can record the failed-device return and new-device pickup, ITAM can update custody, and MDM can apply the correct configuration. Replacing those systems with the locker would leave important records and controls incomplete.