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In today’s business world, working IT devices are the baseline for almost everything you do. As your company grows across regions, keeping the same device standards everywhere becomes harder and more expensive. A non-standardized setup usually means more vendors, more exceptions, more delays, and higher infrastructure risk. The impact is rarely visible in one place, because the costs and issues spread across procurement, IT support, local offices, and finance.
When hardware portfolios differ by country or team, simple tasks take longer. Onboarding becomes less predictable, replacements turn into a coordination problem, and IT teams spend time handling edge cases instead of running repeatable processes. Over time, inconsistent device baselines also make it harder to control security posture and to keep accurate visibility over assets, deployments, and returns.
This is why ITwpisy standardization has a direct business value. Standardized global device management improves deployment efficiency, shortens time-to-productivity for new hires, and reduces the hidden overhead that comes from fragmented suppliers and inconsistent workflows. Below are five common challenges of non-standardized workplace IT, plus a practical path from problems to a standardized global model.
To supply employees across locations with the devices they need, you pay for more than hardware. Procurement work, deployment, logistics, replacements, and ongoing support can add up fast. When your environment isn’t standardized, you often deal with multiple vendors and different billing approaches. That makes it harder to compare spend and easier for lifecycle costs to quietly grow beyond the initial purchase.
Costs also rise when you constantly order single replacements instead of managing a controlled refresh cycle. Inconsistent device configurations push more issues into support because every exception takes longer to diagnose. Another cost driver is waste. Devices that can’t be reused across teams or regions due to mismatched specs or policies often end up sitting unused, even though they still represent paid-for capacity.
When you rely on several workplace IT suppliers that each work differently, deployment becomes slower than it needs to be. Getting the right device to the right person stops being a predictable workflow. Devices may arrive late, arrive unconfigured, or require extra coordination to meet local requirements.
This hits onboarding hard. New hires wait for equipment, then wait again for setup and access. The same pattern appears when devices break. A complex vendor landscape increases lead times for repair or replacement, and consistent next business day delivery becomes difficult to execute across regions. The result is lower deployment efficiency and more downtime.
With many vendors, device types, and locations, it becomes easy to lose oversight. You may need multiple device management tools and different points of contact depending on region and device category. That creates gaps: unclear ownership, inconsistent reporting, and delays when you need quick answers.
Lack of visibility affects more than operations. It also hits financial control. Without a consolidated view of what is deployed, where it is, and who uses it, allocation and returns become messy, and costs drift. Global device management depends on clarity and accountability. When processes aren’t streamlined, time goes into chasing status instead of managing outcomes.
Business needs change quickly. You win a project, open a new location, or hire a team in another country. People need equipment fast so they can start working. A non-standardized environment often can’t adapt without friction because every new request becomes a mini project: sourcing, approvals, local coordination, and configuration differences.
Offboarding is another weak spot. When someone leaves, the device can sit unused because it doesn’t match the next role, the next baseline, or the next location’s rules. That is cost you keep paying through inefficiency, plus added admin work to track assets and make decisions about redeployment.
Protecting your company also means controlling workplace devices and the lifecycle steps around them. A non-standardized environment increases complexity, and complexity increases infrastructure risk. Different configurations, uneven patch behavior, and inconsistent end of life handling can create blind spots.
Standardization reduces variability. When device types, baseline configurations, and lifecycle steps follow a defined model, it becomes easier to enforce policy, keep devices current, and reduce unknowns across the fleet.
Non-standardized IT doesn’t only cost money in obvious invoices. It also creates spend through time and friction that sits across teams. Typical examples include:
These costs rarely land under one budget line, which is exactly why they repeat.
After the challenges, the solution is straightforward: it standardization across your device fleet, supported by a delivery model that works at scale. Streamlining procurement, deployment, and servicing reduces cost, speeds up delivery, and improves visibility.
A single operating model matters because it reduces handovers and exceptions. It also makes onboarding and replacement repeatable, and it gives you reporting that finance and IT can use. Standardization does not mean “one device for everyone.” It means controlled choice with a clear baseline.
devicenow provides Device as a Service (DaaS) in 190+ countries, combining end user devices with lifecycle management and support under one model. Instead of buying devices, you subscribe to a plan designed for global scale.
In practice, devicenow is built around a few service elements that reduce operational load and support consistency:
This model reduces vendor fragmentation and keeps device handling consistent across locations.
Non-standardized IT can look manageable until you add countries, teams, and time pressure. Then the hidden costs become unavoidable. Deployment slows down because processes differ by location. Support gets heavier because configurations and device generations multiply. Financial control weakens because inventory, utilization, and replacement patterns are harder to track in one consistent way. Infrastructure risk rises because policy enforcement and lifecycle handling become uneven across the fleet.
Standardization addresses these problems by reducing variability and turning device delivery into a repeatable operating model. You define role-based device baselines, align provisioning and support flows, and make replacements and returns predictable. That improves deployment efficiency and gives you clearer oversight for global device management. It also reduces the need for emergency purchases and local workarounds, which are common cost drivers in fragmented environments.
DaaS can support this shift by packaging devices and lifecycle services into one global structure. With devicenow, the aim is to simplify how devices are delivered, supported, replaced, and retired across locations, with predictable monthly pricing and pay per use billing. If your organization struggles with delayed deployments, inconsistent device standards, or growing operational overhead, standardization is not a only nice to have. It’s a practical way to stabilize cost, reduce friction, and keep teams productive as you scale.
Reach out to a partner that can free your IT department from all these worries now.
References
1 The Procurement School. “IT procurement challenges.” the procurement school, 27 Jan. 2023, theprocurementschool.com/it-procurement-challenges-tps/.
2 “4 ways to streamline your supply chain.” Reed, 27 Jan. 2023, www.reed.com/articles/4-ways-to-streamline-your-supply-chain.
