Increasingly limited headcount growth — projected to fall from 6% in 2025 to just 2% in 2026 — is causing many organizations to pursue operational efficiencies through automation. Many device distribution and charging workflows remain dependent on manual processes. Managing devices in a manual manner produces inefficiencies that lead to security gaps and lost assets, both of which conflict with enterprises’ productivity and cost containment objectives.
Automated lockers coordinate hardware delivery, authenticate this delivery, and ensure that devices are charged, tracked, and maintained. Hybrid workplaces can use intelligent lockers to automate many of the hardware-related workflows being implemented within digital infrastructures.
KEY TAKEAWAYS
- Physical device security for device users must adhere to the same strict security procedures for digital users as Microsoft Entra ID and Okta.
- Forwardpass systems prevent “dead on arrival” issues by incorporating secure storage and auditable continuous charging.
- Now, lockers act as a self-service kiosk to allow end users to exchange or secure hardware without help desk assistance.
- Traka offers a high-a assurance 100% chain of custody tracking solution in highly regulated industries.
In 2026, intelligent lockers will integrate physical device access with the enterprise’s identity, security, service management, and asset governance systems.
Modern locker platforms integrate directly with enterprise identity providers such as Okta and Microsoft Entra ID (formerly Azure Active Directory). This alignment ensures physical device access follows the same authentication standards used for applications and networks.
Employees authenticate using existing corporate credentials, mobile badges, or single sign-on workflows. When someone’s job changes, their access permissions automatically update, so there is no longer a need to share pin codes or manually track keys.
Physical access events are logged alongside digital authentication records, producing a unified audit trail. This consistency simplifies compliance reporting and accelerates incident investigations, specifically in regulated environments.
As device fleets expand, power readiness becomes an infrastructure requirement. Uncharged, outdated, or improperly returned devices introduce downtime that directly affects productivity.
Enterprise smart charging lockers by ForwardPass combine secure storage, continuous charging, and automated lifecycle controls within a single controlled environment.
Devices will be kept powered, updated, and audit tracked while they are in storage, reducing the number of devices with a “dead on arrival” status that typically occur in manually managed device pools. Devices will remain secure and consistently powered from integrated charging bays and will not require any cables or carts for management.
Enterprise support models increasingly favor self-service fulfillment. Intelligent lockers now integrate with IT service management platforms such as ServiceNow, enabling employees to request and retrieve hardware through established service portals.
Once approved, devices will be staged in lockers for secure pickup, and there will be no need to schedule time with the help desk staff to retrieve a device. This model will strengthen governance and reduce the reliance on staffed counters.
In distributed or multi-site organizations, lockers operate as automated fulfillment stations, extending IT support beyond traditional office hours without increasing labor overhead.
Highly regulated industries will need documented chain-of-custody tracking for sensitive equipment and access credentials. The example of Traka by ASSA ABLOY shows how intelligent lockers can help provide this level of security in high-assurance environments.
These deployments prioritize accountability and traceability. Each interaction is recorded through structured audit tracking, including:
Such capabilities align with compliance frameworks common in healthcare, manufacturing, and government operations, where verifiable asset management is mandatory.
Global managed service providers are incorporating intelligent lockers into their workplace service agreements more frequently. Ricoh has already demonstrated how lockers are used as localized service hubs in hybrid offices.
Lockers will not be isolated pieces of hardware; they will integrate into a broader support workflow. Devices waiting to be repaired, refreshed, or reassigned can move through a standardized process that does not require a face-to-face exchange.
This structure supports flexible workplaces where employees may not maintain fixed desks or synchronized schedules. The locker becomes a consistent interaction point connecting centralized IT teams with distributed users.
RFID Readers & Environmental Sensors are making their way into Intelligent Lockers, creating IoT Gateways. When items are put into/out of compartments in Intelligent Lockers, their status gets communicated to the asset management platform.
This real-time telemetry provides continuous visibility into device location and utilization patterns. Instead of relying on periodic audits, organizations maintain live inventory awareness.
Operational advantages include:
Hybrid work models introduce new logistical complexity. Shared device reservations must be managed on the go, without relying on fixed service points or manual coordination.
Digital workplace management software, such as Yellowbox, allows employees to reserve lockers/shared devices via mobile apps. Availability is automatically updated across the various facilities.
This approach supports hot-desking and flexible scheduling without expanding administrative workload. IT maintains policy enforcement and visibility while users retain autonomy over short-term equipment needs.
Unified Endpoint Management (UEM) software suites, such as VMware Workspace ONE & Microsoft Intune, enforce policies across all company devices. Intelligent Lockers are now being integrated with UEM to check for compliance prior to issuing the device.
In the event of a device being out of compliance due to failed security, i.e., missing patches, encryption turned off, or policy violations, the Intelligent Locker will not issue the device until the proper remediation has taken place.
This safeguard ensures that hardware distribution aligns with the existing security posture. Device readiness becomes verifiable at the moment of handoff, reinforcing consistency across both software and physical endpoints.
McKinsey research indicates that existing technologies could automate up to 57% of U.S. work hours, signaling a broad redesign of enterprise workflows around automation.
In this way, Intelligent Lockers provide a physical aspect to a Zero-Touch IT process. Hardware provisioning, authentication, charging, and tracking occur with very little to no manual intervention.
As a result, the operational model is more consistent. As a result, the availability of hardware can be measured, reviewed, and managed, reducing the need for reactive troubleshooting and downtime.
No, most modern systems use standard enterprise Wi-Fi or Ethernet to connect to cloud-based management platforms.
By tracking device health and preventing loss, lockers reduce electronic waste and the need for premature hardware replacements.
Yes, most systems support NFC, RFID, and mobile credentials linked to your existing IAM provider.
Most enterprise-grade lockers, like those from Traka or ForwardPass, include manual override options and local data caching.
