Every business has them. The laptops bought in 2018 or 2019 that "still work fine." The desktop in the corner running software nobody wants to migrate. The server in the closet that's been humming along so long that people forget it's there.
The reasoning is always the same: it still functions, replacing it costs money, and there are more pressing things to spend budget on. “Not good, but good enough.” That logic feels sound right up until the device fails during a deadline, exposes the business to a breach, or quietly drags productivity down by minutes per day that compound into weeks per year.
According to a 2025 Lakeside Software study, employees lose an average of 54 minutes per day to technology friction, with aging hardware being the primary contributor. Over a year, that's roughly 22 full working days per employee spent waiting for machines to catch up. For a firm with ten people on older hardware, that's 220 days of productivity evaporating annually, invisible on any expense report but very real in missed capacity.
The Security Problem Nobody Sees
A laptop purchased in 2019 typically shipped with Windows 10. Microsoft ended mainstream support for Windows 10 in October 2025, meaning those machines no longer receive security patches unless the organization pays for Extended Security Updates. Every month that passes without patches is another month of accumulating vulnerabilities that attackers actively exploit.
The problem goes deeper than the operating system. Windows 11 requires a Trusted Platform Module 2.0 chip, which provides hardware-based encryption, secure boot verification, and credential isolation. Most machines from 2019 and earlier lack that entirely, meaning they can't run Windows 11 and can't benefit from its security architecture regardless of what software is installed.
Current-generation endpoint detection and response tools, the software that catches threats in real time, are optimized for modern hardware. On older machines, those tools consume disproportionate system resources, sometimes degrading performance to the point where employees disable them or IT exempts them from policies. Either outcome eliminates the protection entirely.
Sophos's 2025 data shows that 32% of ransomware attacks exploited unpatched vulnerabilities as their entry point. Machines running unsupported operating systems on hardware that can't accept current security tools are the path of least resistance for attackers, and they know it.
The Performance Tax You're Already Paying
A new business laptop with an NVMe solid-state drive boots to desktop in 15 to 20 seconds. A 2019 machine with a conventional hard drive or aging SSD takes 90 seconds to two minutes before it's usable, and longer once background processes finish loading. That's a minute and a half, multiple times a day, every day, across an entire workforce before any actual work begins. Once the machine is running, modern business software places demands the older hardware wasn't built to meet.
Hardware also degrades physically. Lithium-ion batteries lose approximately 20% of their capacity per year under normal use, so a laptop rated for eight hours in 2019 now delivers two to three hours at best. Employees tether to power outlets, lose mobility, and work around the limitation rather than reporting it. Solid-state drives degrade too, even when they don't fail outright. A drive that was fast in 2019 may be operating at a fraction of its original speed today.
Intel's IT Performance Index research found that employees on devices older than four years experience 34% more crashes and freezes than those on newer machines. Each crash interrupts work, risks unsaved data, and requires recovery time that compounds across the organization.
The Failure Curve
Hardware doesn't degrade linearly. It follows a predictable curve: relatively stable through years one through three, incrementally degrading in years four and five, and then entering a failure zone where component breakdown becomes increasingly likely.
Industry data from Gartner and other research firms consistently shows that the annual failure rate for business PCs doubles after year four and continues accelerating from there. A fleet of machines that have been running since 2019 is now six to seven years old, well into the zone where failures move from possible to probable.
When a hard drive fails on a Friday afternoon, the consequences cascade quickly:
- The employee loses access to everything stored locally
- If the machine wasn't backed up properly, and under break-fix arrangements it often isn't, data may be permanently lost
- A replacement machine needs to be procured, often at emergency pricing with limited options
- The new machine needs to be configured with software, settings, and access credentials
- The employee may be down for one to three full business days
For a billable professional, that downtime has a calculable cost. For a project manager in the middle of a deadline, the disruption cascades to everyone depending on their output.
The False Economy of Running It Until It Dies
The instinct to extend hardware life as long as possible feels like fiscal responsibility. In practice, it's a gamble that gets worse every year.
Emergency replacement costs more than planned replacement. When a machine dies without warning, you're buying whatever's available immediately rather than selecting the right device at a competitive price. Overnight shipping, rush configuration, and the labor required to set up a machine under pressure all carry premiums that planned procurement avoids.
Productivity losses also tend to exceed hardware costs. A quality business laptop runs $800 to $1,200. The productivity lost to a single employee fighting a degraded machine for six months easily exceeds that figure. The Lakeside data on technology friction suggests 54 minutes per day per employee, which at even modest billing rates means the old machine is costing more per month in lost output than the payment on a new one would.
And the risk exposure compounds. Every month an unsupported machine stays in service is another month of unpatched vulnerabilities, unencrypted data on hardware without TPM, and potential compliance failures. A single incident exploiting that weakness dwarfs the cost of every laptop in the office combined.
What a Managed Hardware Lifecycle Looks Like
The firms that avoid emergency replacements and productivity drains treat hardware as a managed lifecycle rather than a run-to-failure proposition. The difference comes down to a handful of practices that aren't complicated, but that require someone actively maintaining them.
The place to start is with standardized procurement. Every machine in the organization comes from the same manufacturer at the same configuration tier with the same warranty terms. When something fails, the replacement process is documented and repeatable rather than a scramble through whatever a local retailer happens to have in stock. From there, machines are replaced on a predictable cycle, typically every three to four years, so retirement happens during a planned window rather than during the busiest week of the quarter.
A managed IT provider handles this entire lifecycle, from procurement and configuration through monitoring, maintenance, and scheduled replacement. The result is a predictable annual cost, consistent performance, and the elimination of the emergency failures that disrupt operations and budgets simultaneously.
If you're not sure how many machines in your environment are past their useful life, a Network Discovery will tell you. It inventories every device, identifies what's out of warranty, what's running unsupported software, and what's approaching the failure zone, giving you a clear picture of exposure and a roadmap for addressing it on your timeline rather than the hardware's.
Ready to take the next step? Contact the Connecting Point team today to discuss your organization's needs.
Fill out our Network Discovery Form to get started!
970.356.7224 | www.CPcolorado.com | sales@CPcolorado.com
Connecting Point is a trusted IT solutions provider based in Greeley, Colorado, helping businesses across Northern Colorado and beyond navigate technology decisions with confidence.
