Most enterprise security strategy focuses on software: firewalls, endpoint detection, access controls. Hardware rarely gets the same scrutiny, and that is exactly the problem.
In a recent feature on Business Insight, ComputerCare CEO Georgia Rittenberg explained why hardware security deserves more attention than it typically gets. “Hardware is a small fraction of IT spend post-procurement, so it gets very little attention after the initial purchase, but that is exactly what makes it such a low-effort, high-impact security gap,” she said.
For IT directors and managers already stretched across software security, compliance, and day-to-day operations, hardware can feel like a solved problem once a device ships to an employee. It is not. Two moments in a device’s lifecycle create real exposure: repair and end of life.
The Repair Problem
When a company laptop breaks, the path of least resistance for an employee is often the nearest local repair shop. It is fast and convenient, but it also means sensitive company data is now in the hands of a shop with no obligation to any corporate data security standard.
This is where device repair data security becomes a real operational question, not just a theoretical one. Who has physical access to the device? What happens to the data on it during the repair? Is there any accountability if something goes wrong?
Rittenberg’s recommended fix is a break-fix model that removes the repair decision from the employee entirely. When a device breaks, IT sends a loaner, and the broken unit goes back through a controlled process instead of out to whichever shop is closest. It establishes a clear chain of custody for the device from the moment it is reported broken to the moment it is either repaired or retired, and working with an authorized repair provider as part of that process adds another layer of accountability, since these providers operate under manufacturer standards and are accountable to more than just the customer walking in the door.
The End-of-Life Problem
The second gap opens at the other end of the device lifecycle. As hardware refresh cycles stretch from three years to five, companies are holding onto aging devices longer, which means more devices sitting in drawers, storage closets, or IT purgatory with recoverable data still on them.
A remote wipe is not always enough. Physical data destruction is the more secure standard, and it should come with a certificate of data destruction as proof the job was done. This is a basic requirement in IT asset disposition (ITAD) security, but it is one that gets skipped more often than IT leaders would like to admit, usually because there is no structured process forcing the issue.
Why This Matters Now
None of this requires a new security tool or a budget increase. It requires a process: a defined break-fix model, a relationship with an authorized repair provider, and a documented end-of-life procedure that includes physical destruction and certification.
The organizations that build this discipline now, while refresh cycles are stretching and device volume is growing, will be the ones that are not scrambling to explain a hardware-related data exposure later.
