On October 14, 2025, Microsoft stopped supporting Windows 10. No more security patches, no more fixes. A year later, there are still plenty of computers in Mahoning Valley offices running it, and the reason is almost always the same. The hardware was fine, it just couldn’t run Windows 11, and nobody had budgeted to replace it.
That is what a forced timeline looks like. The business didn’t decide the computer was done. Microsoft did, and the calendar did.
If you’re putting together a technology budget for 2027, this is the piece most owners miss. The question isn’t “what do we need to buy next year.” It’s “what is going to stop working on a date we don’t control, and how do we spread that out so it doesn’t all land at once.”
Software has an expiration date, and it takes the hardware with it
Every operating system Microsoft ships has a published end-of-support date. Windows 10 hit its date last October. Windows Server 2016 reaches end of support in January 2027. Server 2019 goes in January 2029. Windows 11 itself gets released in yearly versions, and each version is only supported for a couple of years before you have to move to the next one.
When support ends, the machine keeps turning on. Nothing breaks that day. What changes is that any new security hole found after that date stays open, forever, on that machine. For a manufacturer or a medical practice, that shows up in three places fast: your cyber insurance questionnaire asks whether you’re running unsupported systems, your compliance auditor asks the same thing, and your IT provider has to tell you they can’t fully protect it anymore.
The part that catches people is that the newer operating system often won’t install on older hardware. Windows 11 requires a security chip and a processor from roughly 2018 or later. A perfectly working 2017 desktop can’t get there. So a software deadline turns into a hardware purchase, whether you planned for it or not.
The real problem is that you bought them all at once
Here is the pattern we see constantly. A company opens a new office or does a refresh, and they buy 15 or 20 computers in the same month. Makes sense at the time. One order, one setup, everyone on the same equipment.
Five or six years later, all of the computers hit end of life in the same quarter. The warranties are gone, the drives are slow, and none of the machines can run the next version of the operating system. Now you’re looking at replacing a large portion of your workforce’s equipment in one budget cycle, and it’s not optional, because the deadline isn’t yours.
Servers do the same thing on a longer clock. A server bought in 2022 with Server 2019 on it will be about seven years old when that operating system expires in January 2029, right at the age where the hardware is due anyway. Two forced replacements, one date.
None of this is a surprise if someone is tracking it. It’s only a surprise if no one is.
What a three-to-five-year plan actually looks like
It’s less complicated than it sounds. You need four things about every piece of equipment:
- When it was bought
- What operating system it’s running
- When that operating system stops being supported
- When the hardware itself is likely to be past its useful life
Put those on one list, and the plan mostly writes itself. You can see the clusters, the year where 18 machines and a server all come due together. Then you break the cluster up on purpose. Replace six of those machines this year even though they’re technically fine, because you’d rather buy six now, six next year, and six the year after than 18 in one shot.
For most businesses, a desktop or laptop is on a four-to-five-year cycle and a server is on a five-to-seven-year cycle. If you have 50 computers, that means budgeting for roughly 10 to 12 replacements a year, every year. That number stops being a surprise and becomes a line item, the same way the truck lease or the insurance premium is a line item.
You also stop buying based on what failed. Right now, a lot of Valley businesses replace a computer when it dies. That means buying at the worst possible time, with no lead time, usually at whatever price is available that week, and somebody is down until it shows up. Planned replacement means the new machine is on the shelf before the old one gives out.
What it does to your budget
The total cost over five years is about the same either way. You were going to buy those machines regardless. What changes is the shape of the spend.
Unplanned, it looks like a $3,000 year, then a $2,000 year, then a $45,000 year when the cluster hits and the server goes at the same time. That third year is the one that gets pushed, and pushing it is how you end up with unsupported systems on the floor.
Planned, it looks like $12,000 to $15,000 a year, every year, and the owner already knows the number in October when the budget gets built. Nobody has to have an emergency conversation about it in March.
The other thing a plan buys you is the ability to say no to a vendor. When a software company tells you their new version requires a newer server, you already know whether that server is on this year’s list or next year’s. You’re not being pushed into a purchase by someone else’s release schedule.
Getting out ahead of it
If you don’t know today which of your machines are sitting on an expiring operating system, that’s the place to start. Not with a purchase, just with the list.
This is what we do with every client in our Technology Business Review. We sit down with them, go through every piece of equipment, put the dates next to it, and build out the replacement schedule three to five years ahead. Then we walk through it again each year and adjust. The goal is that nothing on the network ever surprises the budget.
If you own a business in the Youngstown area and you don’t have that list, get in touch with us and we can build it with you.