Device as a Service (DaaS)

Why Device Management Needs to Change

As work models change and device expectations rise, many IT teams are struggling to keep pace with growing complexity. Devices now sit at the center of productivity, collaboration, and security, making reliable endpoint performance more critical than ever. This challenge is amplified in hybrid environments: Cisco’s 2025 Hybrid Work Study found that 45% of employees still work in hybrid arrangements, yet only 49% believe their organization provides consistent tools and processes to work effectively from any location.

At the same time, legacy processes often fall short of supporting a distributed workforce, which increases variability across device age, patch status, and user experience.

The Shift Toward Hybrid and Remote Work

Hybrid and remote work have increased device diversity, placement, and support requirements. Teams now connect from homes, offices, traveling locations, and field sites, and they rely on consistent performance and secure access across all locations.

The shift has also forced IT teams to rethink how they deploy devices, troubleshoot issues, and ensure compliance when users are no longer sitting on the corporate network. Supporting remote employees often requires new logistics workflows, clearer role-based device standards, and tools that offer visibility beyond the physical office.

Managing devices across distributed environments introduces new challenges:

• Provisioning for remote employees
• Troubleshooting without physical access
• Maintaining consistent configurations
• Securing endpoints across untrusted networks

Traditional Purchasing Isn’t Keeping Pace

Growing device needs and longer support demands are exposing the gaps in traditional procurement and refresh cycles, and many organizations still depend on large, infrequent purchases that are difficult to predict and budget for. These cycles often lead to aging devices remaining in production far longer than intended, increasing security risk, and reducing employee productivity.

Additional challenges include:

• Strained budgets caused by large, infrequent capital expenses, which make it difficult to plan and justify regular device refreshes
• Long refresh cycles that leave outdated and less secure devices in use increasing performance issues and security exposure
• Multiple device models that complicate imaging, support, and troubleshooting, adding operational overhead for IT teams
• Overloaded IT staff responsible for patching, troubleshooting, and logistics, reducing time available for higher-value work
• Incomplete or outdated device visibility, limiting insight into inventory health and lifecycle status

As the number of devices under management increases, these gaps become harder to ignore. Teams that should be focused on strategic initiatives—such as improving security posture, modernizing endpoint management, supporting new business applications, or enabling hybrid work at scale—are frequently pulled into repetitive operational tasks that slow progress on long-term priorities.

Why Subscription Models Are Rising

As organizations look for flexibility and predictability, subscription-based approaches are becoming the preferred way to manage technology investments. Device as a Service helps organizations shift from irregular capital spending to predictable operating expenses. This offers budgeting benefits for finance teams while giving IT leaders more control over refresh timelines and hardware standardization.

Subscription-based models support:

• Scalable device counts as teams grow or contract
• More reliable refresh schedules
• Vendor-managed services that reduce internal workload

What Is Device as a Service?

Device as a Service brings together devices, services, and support into a single, predictable offering that simplifies the entire lifecycle. It provides an alternative to buying devices outright and managing every component of the lifecycle internally. With DaaS, organizations gain access to standardized hardware, coordinated deployment, and ongoing support through a monthly subscription.

What It Means in Practice

DaaS is a subscription model that bundles devices, lifecycle services, and support into a consistent monthly cost. It covers the entire device lifecycle, including procurement, configuration, deployment, security updates, support, repairs, and end-of-life management.

Unlike simple leasing, DaaS is outcome-focused. It reduces IT workload, maintains consistent device performance, and ensures ongoing lifecycle governance. Organizations also gain greater visibility and predictability over device operations because every stage is handled as part of a coordinated service agreement.

What DaaS Typically Includes

A complete Device as a Service solution covers every stage of device ownership. It replaces fragmented processes with a coordinated service experience, allowing organizations to simplify vendor management, eliminate unmanaged assets, and ensure that every device follows the same lifecycle standards.

Most programs include:

• Device procurement
• Configuration, imaging, and role-based setup
• Deployment to onsite or remote workers
• Asset tracking and inventory visibility
• Patch management and security updates
• Help desk support and troubleshooting
• Repairs and warranty coordination
• Planned refresh cycles
• Secure data wipe and recycling

By bundling these services, organizations no longer need separate processes for hardware sourcing, imaging, shipping, troubleshooting, and replacement.

Connection designs DaaS programs that align hardware, services, and support to your organization's specific needs, rather than forcing a one-size-fits-all model.

Why Organizations Are Adopting DaaS

The shift toward Device as a Service is driven by measurable improvements in cost control, security, operational efficiency, and the end-user experience. Organizations today need solutions that reduce overhead while improving standardization across devices and locations.

Financial Advantages

Organizations are turning to Device as a Service to create more predictable technology budgets and avoid the disruption of periodic capital investments. With predictable monthly pricing, finance teams can forecast spending more accurately and avoid the spikes associated with large refresh events.

DaaS can reduce the total cost of ownership by consolidating support, simplifying procurement, standardizing devices, and preventing the productivity loss associated with aging hardware.

Operational Advantages

With lifecycle tasks consolidated under a single provider, IT teams gain time and consistency across daily operations. DaaS reduces the amount of manual work required to configure, ship, repair, and replace devices. It also supports faster onboarding by ensuring devices are preconfigured and ready for use.

Operational improvements include:

• Faster provisioning for new hires
• Consistent configurations
• Lower support ticket volume
• Reduced imaging and deployment workload
• Predictable refresh cycles

Organizations that previously struggled with inconsistent device standards often see immediate improvements in support efficiency and workload balance.

Security and Compliance Improvements

Device as a Service helps organizations keep devices current and secure, reducing the risks associated with aging hardware and inconsistent patching. Many breaches originate from outdated or unmanaged devices. By enforcing consistent refresh cycles and applying patches on schedule, DaaS strengthens the overall security posture.

DaaS also supports Zero Trust strategies by ensuring devices remain compliant, healthy, and visible throughout their lifecycle.

User Experience Improvements

DaaS supports a better day-to-day experience by ensuring every employee has a device that meets their performance needs. Consistent hardware and more reliable support mean users spend less time troubleshooting and more time working. Faster repairs and replacements reduce disruption, improving productivity and morale.

Organizations with remote and hybrid workers often see substantial improvements because devices arrive fully configured, updated, and supported as part of the subscription.

Building a Modern DaaS Strategy

A successful Device as a Service program begins with understanding your current environment and designing a model that aligns to business goals. Instead of applying a one-size-fits-all approach, organizations benefit from mapping device needs, lifecycle stages, and support expectations before selecting a subscription structure.

Assess Your Current Environment

Evaluating your existing fleet, processes, and support needs helps determine which services and device tiers will deliver the most value. This includes identifying the age of devices, support volume, common pain points, and gaps in lifecycle visibility.

To establish a baseline, some organizations use lifecycle assessments such as those supported through our Managed Device Lifecycle framework, which provides visibility into device age, support demand, and refresh readiness.

Design Your DaaS Model

Device as a Service works best when tailored to the environment. Defining service levels, device tiers, and refresh timelines ensures the model fits your workforce and budget. Organizations often design device personas that align to job roles ranging from executives and developers to frontline and field staff, making it easier to select the right hardware and services.

This stage also includes discussions around security requirements, asset reporting, support expectations, and how DaaS will integrate with tools such as Mobile Device Management (MDM) and Unified Endpoint Management (UEM).

Implementation and Deployment

Planning the logistics and communication strategy sets the stage for a smooth rollout, especially for remote or hybrid teams. Many organizations choose phased rollouts starting with pilot groups, which helps validate processes and reduce risk.

• Imaging and configuration
• Direct-to-user shipping
• Hybrid and remote worker deployment
• User training and communication

Governance and Oversight

Regular reviews help keep the model aligned to organizational needs and maintain predictable performance over time. This includes tracking KPIs, reviewing asset data, monitoring Service Level Agreement (SLA) performance, and adjusting device tiers or refresh timelines.

Device Lifecycle Management Under DaaS

By unifying every stage of the device lifecycle, DaaS creates a more efficient and reliable operating model. Instead of handling procurement, setup, support, and end-of-life separately, organizations gain a coordinated approach that reduces friction and improves visibility.

Integrating DaaS with Cloud and Security Strategy

As organizations modernize applications and identity systems, Device as a Service helps ensure endpoint readiness and alignment. Devices must remain compliant with identity, access, and application policies across locations. DaaS supports Zero Trust principles by ensuring devices remain healthy and known before accessing cloud services.

A modern DaaS approach also supports migrations to Windows 11, macOS updates, application rollouts, and ongoing compatibility requirements. Combined with UEM and MDM platforms, DaaS strengthens the entire endpoint ecosystem.

Measuring the Impact of DaaS

Tracking clear KPIs allows IT and business leaders to quantify improvements and refine device strategy over time. With full lifecycle data available, organizations can better understand performance trends, identify cost-saving opportunities, and validate the value of the service.

Key metrics to monitor include:

• Reduction in support tickets
• Time to onboard new users
• Patch and compliance rates
• Device uptime and reliability
• Budget variance versus plan
• Employee satisfaction

Tracking these metrics over time gives IT and business leaders a clearer view of where device investments are delivering value and where adjustments may be needed.

Moving Toward a More Modern Device Strategy

As work becomes more distributed, device management must become more predictable, secure, and scalable. Device as a Service offers a modern alternative to traditional purchasing and manual lifecycle management, helping organizations reduce complexity while improving security and user experience.

Next Steps to Consider

For many organizations, the most practical way to move forward is to start small. Launching a Device as a Service initiative with a pilot group or specific department allows teams to validate processes, confirm support models, and measure impact before scaling more broadly.

A phased approach also makes it easier to gather feedback from users, refine device tiers and service levels, and build confidence across IT, finance, and operations. From there, organizations can expand the model in a controlled way, applying lessons learned to support wider adoption across the enterprise.