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Australia’s Rising Smartphone Prices: What They Mean for Enterprise Mobility and the Total Mobility Cost (TMC) Framework
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Time to read 3 min
Australia’s smartphone market is transitioning from volume to value. While shipment volumes are softening, global technology research firm Omdia forecasts the average selling price of smartphones will rise from A$1,113 in 2025 to A$1,253 in 2026.
This broader trend reflects a critical shift for Australian businesses, where mobile devices account for roughly 12–18% of total enterprise IT spending. In sectors such as logistics, mining, and field operations, mobile endpoints are no longer merely communication tools; they are mission-critical assets that support real-time decision-making and operational continuity. With advanced AI features and longer vendor support cycles, procurement strategies must evolve from minimising upfront purchase costs to maximising the total value delivered over a device’s operational life.
The Total Mobility Cost (TMC) Framework
To support more effective management of these variables, organisations can take a holistic approach to enterprise mobility, considering the full range of costs across the device lifecycle:
Total Lifecycle Mobility Cost = Device + Deployment + Protection + Power + Connectivity + Support + Downtime + Replacement
However, total lifecycle cost alone does not necessarily provide a like-for-like basis for comparing devices, deployment strategies or infrastructure investments. Factoring in the productive life of an endpoint provides an additional measure of how efficiently that investment is being utilised:
Annual Mobility Cost per Endpoint = Total Lifecycle Mobility Cost ÷ Productive Device-Years
Measuring Cost per Endpoint Standardises Fleet Comparison
This approach shifts the focus from the initial purchase price to the cost of keeping an endpoint productive over its useful life. For example, a $1,000 device requiring replacement after two years or generating frequent downtime may ultimately represent a higher annual cost than a more expensive device that remains productive for longer.
Extending productive device life can therefore be an important cost-management lever. The same principle applies to the infrastructure surrounding the device—including protection, mounting, charging and deployment systems, which can influence reliability, downtime and replacement frequency.
This broader lifecycle perspective is increasingly reflected in how organisations approach enterprise mobility investment.
“What we are seeing among organisations managing rising mobile device costs successfully is a shift away from focusing purely on handset purchase price. They are looking at the complete operating environment—protecting devices from preventable damage, providing reliable mounting and power, standardising deployments and, importantly, extending the productive life of both the device and the infrastructure around it. In many cases, the biggest opportunity for reducing mobility costs isn’t buying a cheaper device; it’s getting more productive years from the assets already being deployed.”
— Lindsay Ward, General Manager, Strike Group Australia
10 Operational Levers to Minimise Total Mobility Cost
Managing Total Mobility Cost requires more than controlling device acquisition prices. Organisations can influence costs throughout the mobility lifecycle by extending asset life, reducing preventable failures, improving infrastructure utilisation and minimising operational downtime. The following ten levers provide practical opportunities to improve the productive value of mobile investments while controlling total lifecycle expenditure.
1. Extend Lifecycle Duration:
Base device selection on software/security lifespans and environmental resilience. Shifting fleet refreshes from 3-year to 4-year cycles materially lowers annualised costs.
2. Mitigate Preventable Damage:
Deploy rugged cases, screen protection, and secure mounts whenever their cost is lower than the expected expense of repairs, downtime, and premature replacement.
3. Design Modular Accessory Infrastructure:
Utilise universal mounting, charging, and connectivity hardware that survives phone refreshes so new handsets do not force complete infrastructure overhauls.
4. Standardise Fleet Specifications:
Limit variation in models, mounts, and configurations to reduce deployment complexity, spare-parts inventory, and ongoing IT support.
5. Treat Power as Productivity:
Install reliable workplace and in-vehicle charging. The core cost is not the hardware accessory, but the operational loss of an unavailable endpoint mid-shift.
6. Engineer Deployments by Use Case:
Match devices precisely to job environments (e.g., warehouse, field, or office) to avoid under-specification (which spikes failure rates) and over-specification (which wastes capital).
7. Quantify Full Downtime Costs:
Account for lost worker productivity, IT intervention, and workflow disruption. Total failure costs often justify upfront investments in protection and mounting.
8. Optimise Regional Connectivity:
Enhance local cellular/antenna hardware where weak coverage impairs field performance, rather than accepting continuous operational delays.
9. Decouple Handsets from Infrastructure:
Audit reusable cabling, mounts, and power sources before fleet updates to treat refresh cycles as separate asset events.
10. Measure Real Productive Value:
Track comprehensive annual costs rather than acquisition tags to shift focus toward long-term fleet uptime and performance.
As mobile devices become more capable, and more expensive, the economics of enterprise mobility increasingly depend on what happens after the device is purchased. Organisations that protect endpoints, extend their productive life, maintain reliable power and connectivity, and reuse supporting infrastructure across refresh cycles can reduce the annualised cost of mobility while improving operational continuity. The strategic objective is therefore not simply to procure devices at the lowest price, but to maximise the productive value of every mobile endpoint over its lifecycle.
Learn more at strike.com.au/pages/partner-solutions, call 1300 792 044, or email sales@strike.com.au.
