By David Boggs, Founder and CEO, Adaptive IP Services
LinkedIn: David Boggs
LinkedIn: Adaptive IP Services
Healthcare networks are rarely built. They accumulate.
Sites join the estate opportunistically, on whatever timeline a lease, a merger, or a physician group’s retirement happened to dictate. The technology follows the same logic. Each location gets stood up with whatever was sensible and affordable in the year it opened, by whoever was available to do it, and the differences compound quietly until no single person can describe the whole accurately. That is not negligence. It is what growth looks like from the inside. But it produces an environment where the honest answer to a regulator’s question is sometimes a shrug, and in this industry a shrug is expensive.
Having done this work in a multi-site clinical setting, I would argue the technical difficulty is the smaller half of the problem. The harder half is that three constraints apply simultaneously, and each one forecloses the obvious solution to the others.
Start with time. Clinical operations do not pause for maintenance. Diagnostic workflows run on fixed timing, physicians expect results when they expect them, and a location that loses its connection is a location that stops seeing patients. Every change has to be staged, rehearsed, and reversible, because the option to sort it out tomorrow morning does not exist.
Then regulation, which changes what documentation is for. In most industries a network diagram is a convenience for the people who maintain it. In healthcare it functions as evidence. The HIPAA Security Rule requires covered entities to conduct a risk analysis and to maintain documented policies and procedures, which means the gap between what your paperwork claims and what is actually installed is not an administrative untidiness. It is an exposure, and it surfaces at precisely the moment you are least able to absorb it. Documentation that describes an intention rather than a configuration is worse than no documentation, because someone will rely on it.
Third, scale without corresponding staff. Location counts in clinical networks routinely outstrip the number of people who could plausibly reach them in person. Whatever gets designed has to be operable remotely, by a small team, without dispatching somebody every time a site behaves oddly.
Those three pressures point toward the same answer, applied in a particular sequence.
Take a census before you change anything. Circuits, hardware, configurations, contracts, and especially the undocumented local arrangements that somebody improvised under pressure and never recorded. This phase is skipped constantly, because it produces nothing visible and tends to surface findings nobody enjoys reading. It is also the reason standardization efforts stall at the halfway mark. Without an accurate census, standardization is only a well-organized guess.
Then define one standard and hold every site to it. Same platform, same baseline, same addressing, same labeling. There is a clean test for whether the standard is finished: unfamiliarity should stop being a barrier. A competent engineer who has never seen a particular location should be able to work on it using the standard documentation and nothing else. If that is not yet true, the standard is not yet done.
Reduce the vendor list deliberately. Distributed estates accumulate distributed suppliers, each with a separate contact and a separate explanation when something fails. Shortening that list, with accountability clearly assigned, removes an entire genre of delay from incident response.
Finally, put process behind the technology. Runbooks that are actually maintained, change control that is actually enforced, and a tiered recovery model that specifies what is restored, in what order, and who holds the authority to decide. This matters more in clinical environments than almost anywhere else, because an undefined recovery sequence is not merely a downtime cost. It is a patient care cost.
Organizations that complete this work tend to report a similar shift. Out-of-hours escalations become more predictable, because a fault at one standardized site resembles one already resolved at another. Opening a location turns into a repeatable procedure. And regulatory reviews grow less adversarial, for the straightforward reason that the paperwork and the plant finally agree.
None of this depends on advanced technology. It depends on the discipline to inventory honestly, standardize deliberately, and document what was actually built, sustained across every location, before the next inspection or the next incident makes the gaps impossible to ignore.