White Paper

Optimising Shared Device Lifecycle Management

Reducing Risk, Downtime and IT Burden Through Structured, Automated Control

A data-led perspective based on LapSafe® 2026 Device Management Survey insights

 

Executive Summary

Shared devices such as laptops, tablets, Chromebooks and specialist equipment have become essential operational infrastructure across modern organisations. From education and healthcare to enterprise and public services, access to a working device is often a prerequisite for work itself.

Despite this reliance, device management practices have not always evolved at the same pace. Many organisations continue to depend on fragmented, manual or semi-manual processes to issue, track and recover shared devices. While these approaches may function at smaller scales, they struggle to provide control, visibility or accountability across larger, distributed environments.

Findings from the LapSafe® 2026 Device Management Survey highlight consistent challenges across organisations managing shared devices. These include limited availability, delayed replacements, device loss, and a significant but often hidden operational burden on IT teams.

Critically, these challenges are not isolated. They are symptoms of a deeper issue: the absence of a structured, controlled lifecycle governing how shared devices are deployed, used and managed.

This white paper examines the underlying causes of these issues and demonstrates how introducing a structured lifecycle model, supported by smart device automation, enables organisations to improve availability, reduce risk, and scale device management effectively.

Who Should Read This

This paper is intended for IT leaders, CIOs, digital transformation leads, operations directors, and estates or facilities managers responsible for device availability, operational efficiency and risk management.

It is particularly relevant for organisations managing shared or pooled devices across multiple users, locations or shifts.

Introduction: Shared Devices as Critical Infrastructure

As organisations digitise operations and adopt more flexible working models, shared devices have become essential to service delivery. In many environments—education, healthcare, logistics, manufacturing and public services—work cannot begin without access to a functioning device.

However, many organisations still rely on:

·        Spreadsheets and manual logs

·        Paper sign-out sheets

·        Informal device handovers

·        Limited or inconsistent tracking

These methods create gaps between policy and practice. Devices may be available in theory but not in reality. Accountability becomes unclear, and operational friction increases as devices move across users, locations and shifts.

Survey findings confirm that these challenges are widespread, particularly in environments managing shared device estates at scale.

The Core Issue: Unstructured Device Lifecycles

At its core, the challenge is not simply device management — it is the absence of a controlled, enforceable lifecycle governing how devices move between users, locations and operational states.

Without a consistent lifecycle model, organisations experience recurring issues at every stage:

·        Devices are issued without clear accountability

·        Returns rely on manual follow-up

·        Charging and readiness are inconsistent

·        Faults are handled reactively

·        Asset records become unreliable over time

Survey data highlights the scale of this issue:

·        51.2% of organisations report that devices are not returned on time

·        53.5% report losing six or more devices each year

·        Only 11.6% can provide an immediate replacement device

These outcomes are not isolated failures. They are the predictable result of lifecycle processes that are incomplete, inconsistent or unenforced.

Understanding the Operational Impact

These challenges do not just create inefficiency. They introduce measurable operational, financial and compliance risk, particularly as device estates scale.

Availability and Downtime

Device availability is one of the most visible consequences of lifecycle gaps.

When devices are not returned on time or are unavailable when needed, disruption occurs immediately. This is particularly critical in environments where devices are shared across users or shifts.

Survey findings show:

  • Only 11.6% of organisations can provide an immediate replacement device

In practice, this means downtime is often unavoidable and becomes embedded in day-to-day operations.

Loss, Risk and Accountability

A lack of structured tracking and accountability leads directly to increased device loss.

  • 53.5% of organisations lose six or more devices annually

This creates:

·        Direct replacement costs

·        Increased data protection and compliance risk

·        Reduced visibility for asset planning

·        Lower trust in device availability

Without enforced accountability, device recovery becomes reactive rather than controlled.

The Hidden Cost: Manual IT Workload

One of the most underestimated impacts of fragmented device management is the operational burden placed on IT teams.

Manual tasks such as issuing devices, chasing returns, updating records and coordinating repairs create continuous, low-level workload that scales with device volume.

Survey data shows that approximately 83% of organisations spend multiple hours every week managing shared devices manually

These activities include:

·        Managing overdue devices

·        Locating missing equipment

·        Handling repairs and replacements

·        Updating asset records

While each task may appear small, collectively they represent a significant and ongoing drain on IT capacity.

Why Traditional Approaches Fall Short

Many organisations attempt to address these challenges through:

·        Improved policies

·        Asset management systems

·        User training

While helpful, these approaches do not address the core issue: a lack of enforced lifecycle control.

Policies depend on behaviour.
Software depends on manual updates.

Neither ensures that devices are consistently returned, charged, tracked and reassigned in a controlled manner.

A Structured Lifecycle Model for Shared Devices

To address these challenges, organisations need to adopt a structured lifecycle model.

Device Lifecycle Framework

Procure → Provision → Deploy → Use → Support → Recover → Reassign → Retire

Each stage must be clearly defined and consistently enforced:

·        Deploy: Controlled allocation with accountability

·        Use: Defined usage conditions

·        Support: Structured fault handling

·        Recover: Enforced returns

·        Reassign: Controlled redistribution

Without this structure, inefficiency and risk accumulate across the system.

What Changes When Lifecycle Control Is Introduced

Introducing a structured lifecycle does not just improve individual processes — it changes how device management operates as a system.

Organisations move from:

·        Reactive recovery → Controlled, scheduled returns

·        Manual tracking → Real-time, automated visibility

·        Inconsistent availability → Standardised, self-service access

·        Fragmented ownership → Clear accountability

This shift from reactive to controlled management enables consistent improvements in availability, efficiency and compliance.

Enabling the Lifecycle: The Role of Smart Device Automation

Smart device lockers provide the infrastructure required to enforce lifecycle control.

They introduce:

·        Secure, authenticated access

·        Automated check-in and check-out

·        Consistent device charging and readiness

·        Enforced return policies

·        Real-time tracking and full audit trails

Unlike policy-driven approaches, automation ensures processes are followed consistently in practice.

Measurable Outcomes from Automated Workflows

Organisations implementing automated device workflows report:

·        38.9% improved audit and compliance capability

·        38.9% better visibility of device usage

·        38.9% higher user satisfaction

·        27.8% reduced IT workload

·        22.2% faster device swap-outs

·        22.2% reduced device loss or theft

Additionally, 61.2% describe the overall impact as moderate to transformational.

Business and Operational Benefits

A structured lifecycle approach enables organisations to achieve:

·        Reduced IT workload

·        Improved device availability

·        Lower device loss

·        Stronger accountability and auditability

·        More consistent user experience

At scale, these improvements translate into measurable cost savings and operational efficiency.

Sustainability and Asset Efficiency

Structured lifecycle management also supports sustainability objectives by:

·        Improving recovery and reuse

·        Extending device lifespans

·        Reducing unnecessary procurement

·        Lowering electronic waste

This aligns cost reduction with environmental responsibility.

Conclusion

The challenges associated with shared device management are not isolated issues. They are the result of fragmented, unenforced lifecycle processes.

Survey data shows that these challenges are widespread, but also that organisations adopting structured, automated approaches are achieving measurable improvements.

For organisations managing shared devices at scale, the question is no longer whether these challenges exist, but how they will be addressed.

A structured, automated lifecycle approach provides a practical and proven way to improve availability, reduce risk and enable scalable operations. As device estates grow, organisations that fail to introduce lifecycle control are likely to see costs, risk and complexity increase over time.