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Most laptops get unboxed, plugged in, and handed over without much ceremony. Nobody reads the setup screens too carefully. Nobody reviews which features are running in the background. The machine just becomes part of the business. That has always been a slightly risky habit. With a new generation of AI-equipped Windows machines now reaching UK small businesses, it is worth pausing before that hand-off happens.
What Is Actually Different About These Machines
Recent Windows PCs built around Microsoft's Copilot+ specification include a dedicated chip for running AI tasks directly on the device, without sending data to the cloud. That sounds reassuring. But local processing is not the same as private. Several AI features on these machines work by capturing and indexing what happens on screen over time, so the AI can help you retrieve things you worked on days or weeks ago.
The headline capability is called Recall. It periodically captures screenshots of what is on screen and uses AI to make that history searchable. You could, in theory, ask your PC to surface a document you were looking at three weeks ago and it would pull up the relevant moment from its stored snapshots. Microsoft modified how Recall is deployed following scrutiny from security researchers and the UK's Information Commissioner's Office. But the settings are still there, and in a managed business environment, knowing exactly what is active matters.
Why This Is a Business Question, Not Just a Personal One
If you are using a personal laptop, your screen history is mostly your own concern. In a workplace, screens contain client records, financial data, staff information, supplier contracts, and sometimes direct access to banking systems. A feature that stores a running visual history of everything on screen is not just a personal privacy preference. It is a data governance question.
Under UK GDPR, you have obligations around how personal data is processed and stored, including data that passes through the devices your staff use. A screenshot-based AI index sitting on a work machine could capture personal data belonging to customers or employees without any deliberate decision to store it. That is worth being intentional about before the machines are in use, not after a question arrives from a client asking what you do with their information.
Updates Matter Even More on AI-Capable Machines
AI PCs run more complex software stacks than conventional machines. The dedicated AI chip, the Windows AI layer on top of it, and the applications that interact with both create more surfaces for attackers to probe. Security researchers have already identified flaws in components shipping in some of these devices, and newer technology categories tend to surface vulnerabilities that nobody anticipated during the early months.
That makes staying current more important than it already was. Attackers consistently target the gap between a vulnerability being found and a patch being applied. We have written about how criminals exploit exactly that window and why it is narrowing faster than many small businesses realise. AI PCs raise the stakes because the software involved is newer and less battle-tested than the Windows components most businesses have been running for years.
Manual update habits are not reliable enough. Automated patch management ensures security fixes reach every machine in your fleet as soon as they are available, without depending on individual staff members to restart when prompted.
What to Check Before an AI PC Reaches a Desk
- Review which AI features are active. Go into Settings, then Privacy and Security, and look at what data is being captured, stored, or processed locally. Recall, diagnostic data sharing, and personalisation settings are the ones to examine first.
- Set a consistent policy before any machine reaches a user. If you manage more than a handful of devices, the decision about which AI features to allow should be made once and applied across the board, not left to individual preference.
- Confirm that automatic updates are actually running. A surprising number of small business machines have updates set to prompt rather than apply automatically, which means they only get patched when someone remembers to click yes.
- Check that your endpoint protection covers newer threat surfaces. Tools built for conventional Windows machines were not designed with AI PC attack patterns in mind. Next-generation antivirus uses behavioural detection that is better suited to identifying threats targeting newer platforms.
- Consider managing all your devices from one place. As your mix of machines grows, the case for centralised endpoint management becomes harder to ignore. It lets you see the security state of every device in one view, push configuration changes consistently, and catch problems before they turn into incidents.
A Practical Takeaway
AI PCs are not a problem in themselves. They are capable machines with genuinely useful features. But capable and useful are not the same as safe by default. Every new technology category brings new risks alongside new capabilities, and the businesses that handle those risks well are the ones that check the settings before the machine goes live, not after something goes wrong.
If you are unsure what your current endpoint security setup looks like, or whether your devices are actually staying up to date, getting a clear picture now is a lot easier than piecing one together after an incident. Get in touch and we can help you work out where the gaps are.