Skytron Blog

Walk into almost any operating room, and you can usually piece together its history.

The displays may have come from one capital project, the lights from another. A robot was added a few years later. Imaging equipment and cameras were upgraded somewhere in between. The result is that every room reflects years of clinical priorities, surgeon preferences, preferred vendor contracts, and technology decisions.

That’s how hospitals invest.

Very few operating rooms are renovated all at once. They advance incrementally, one budget approval at a time. The big question we have to ask is not so much is this a good purchase, it is how will this decision look down the road.

Yesterday’s Technology Meets Today’s Technology

A renovation from ten or fifteen years ago wasn’t designed for today’s tech, and advancements.

Robotic surgery has become more common. Surgical imaging has progressed from HD to 4K, with 8K imaging already appearing in specialized applications. Artificial intelligence is beginning to support documentation, workflow, and clinical decision-making, and more systems are expected to share video, imaging, and operational data on a regular basis.

It’s also why many upgrades become larger conversations than anyone expected.

Replacing a camera sounds straightforward until someone asks whether the existing image processor supports it. Then comes the routing system, the displays, the fiber optics, and finally, infrastructure that holds everything together.

Before long, the conversation isn’t about a camera anymore. It becomes how do multiple manufacturers’ devices work together, or can they at all?
 

Every Upgrade Affects the Next One

Researchers writing in the Journal of Healthcare Engineering observed that the “safe and cost-effective implementation of technological equipment in ORs is notoriously difficult to manage.” Anyone who has participated in an OR renovation probably understands why.

Technology rarely arrives in a clean slate. It enters a room that already has a history.

That history matters because medical devices don’t always communicate as easily as we’d like. Researchers involved in the OR.NET interoperability initiative noted that the “lack of manufacturer-independent interoperability often prevents the deployment of collaborative assistive systems.”

Two excellent technologies don’t automatically work well together. A new piece of equipment may require software updates, different signal paths, new infrastructure, or changes elsewhere in the room that weren’t part of the original capital request.

None of the investments on their own were a poor purchasing decision, but together they become a functionality challenge.
 

Planning Your Next Request

The best capital projects solve problems, not add to them. That doesn’t mean predicting every technology that’s still to come. Few organizations could have anticipated where today’s tech would be a decade ago.

It does mean asking a few additional questions before the purchase is made:

1. How easily can this system grow with the room?
2. Will it support future technologies as they become available?
3. Does it preserve options for the next capital project?

These matter more as operating rooms become increasingly connected. Video is only one example. Clinical equipment doesn’t just support patient care, it also produces information that can help hospitals better understand room utilization, workflow, and where opportunities for improvement exist. This is one reason Skytron approaches integration as infrastructure rather than a collection of individual technologies. Our platform is manufacturer-agnostic, meaning it can work with technologies from any manufacturer connected on either end of the system. Hospitals aren’t forced to replace functioning equipment simply because they choose a different vendor for their next capital project. That flexibility helps preserve previous investments while keeping future technology options open.

Connected systems deliver the greatest long-term value when they continue supporting the room as technology advances, thereby allowing health systems to build on previous investments instead of replacing them.

What your last OR project leaves behind may matter just as much as what it adds.
 

 
Resources
1. Sewberath Misser N, van Zaane B, Jaspers JEN, Gooszen H, Versendaal J. Implementing Medical Technological Equipment in the OR: Factors for Successful Implementations. Journal of Healthcare Engineering. 2018.
2. Kasparick M, et al. OR.NET: A Service-Oriented Architecture for Safe and Dynamic Medical Device Interoperability. Biomedical Engineering / Biomedizinische Technik. 2018.