Most cybersecurity programs are built around a simple assumption: something happens, and then you respond to it.
An alert is triggered. A system is reviewed. Teams work through a defined process to understand what occurred and what needs to happen next. That model works well when the starting point is reliable.
What’s beginning to change is that the starting point isn’t always real.
There have been recent cases where organizations were pulled into full incident response based on detailed and credible claims of a breach that never actually occurred. AI systems are generating or reinforcing detailed breach narratives, complete with technical language and structure that are convincing enough to trigger real-world response.
Even when those claims are eventually disproven, the response is still required.
How a false narrative becomes an operational issue
A believable claim can be picked up and reinforced through multiple channels:
- media outlets and industry publications
- automated threat intelligence feeds
- internal monitoring tools or risk alerts
Once that happens, the distinction between verified information and generated content becomes less clear in practice. Security teams may begin investigating through the same workflows they would use for a confirmed incident, and leadership may expect answers before the situation has been fully understood.
This can lead to internal escalation and incident response activity, time spent investigating systems that were never impacted, and external questions from customers, partners, or regulators. The organization is effectively responding to an event that doesn’t exist, but still needs to be addressed as if it does.
Where the uncertainty tends to show up
For most IT teams, active systems are not the challenge. There is usually strong visibility into what is currently in use, how it is monitored, and who is responsible for it.
The difficulty tends to arise when the scope expands beyond that.
Questions often move into areas like:
- previously used systems that have been decommissioned
- equipment sitting in storage
- assets that have left the facility but are still in the disposition process
These are all part of the same data lifecycle, but they are not always managed with the same level of documentation or visibility.
That doesn’t mean there’s a problem, but answering questions about those assets can take longer, especially when the expectation is immediate clarity.
Why retired assets still matter
It’s easy to think of risk as something tied to active systems, but devices don’t lose relevance simply because they are no longer connected.
Retired equipment often still contains:
- customer or internal data
- historical records
- credentials or system access points
Without a defined and documented process, those devices can remain in a kind of holding pattern—no longer in use, but not fully accounted for either. In a normal situation, that may not create urgency. In a situation where questions are being asked publicly or externally, it becomes much more relevant.
A shift in what “control” looks like
Most cybersecurity efforts focus on prevention and detection, and that hasn’t changed. What is changing is how often organizations are expected to demonstrate control, not just maintain it.
In situations like this, it’s not enough to say that systems are secure today. There also needs to be clarity around what has already been handled.
That includes:
- where retired assets are in the process
- who has handled them
- how and when data is ultimately destroyed
When that information is clear and accessible, it becomes much easier to respond confidently—even when the original claim is inaccurate.
Where ITAD becomes part of the conversation
IT asset disposition (ITAD) is often viewed as a final operational step. In reality, it plays a role in how organizations account for data over time.
A well-defined ITAD process helps ensure that:
- assets are tracked beyond active use
- handling is documented at each stage
- final processing is verifiable
That doesn’t just reduce risk. It reduces uncertainty. In situations where organizations are asked to explain or defend their position, reducing uncertainty matters.
Where SEAM fits in
At SEAM, we work with organizations across South Dakota, North Dakota, and Iowa to bring structure and visibility to this part of the lifecycle.
That includes maintaining documented chain of custody from pickup through final downstream processing, and aligning with established guidance from the National Institute of Standards and Technology, including NIST SP 800-88. As the only provider in the region holding certifications like NAID AAA, R2, and e-Stewards, the focus is on making sure assets (and the data on them) are handled in a way that can be clearly accounted for at every stage.
If you’re reviewing how retired IT assets are managed, or want a clearer understanding of where your current process stands, our team is always available to talk through it. Contact SEAM to review your program and start the conversation.
Clint Parsons is the Director of Strategy and Information at SEAM, specializing in building partnerships with businesses of all sizes. He ensures clients effectively navigate secure data destruction, responsible recycling, and maximize the resale value of their IT equipment while staying compliant with evolving regulations.