Field guide · interoperability · networked devices · clinical engineering
Plug In The Possibility Is Really a Song About Interoperability
"Plug In The Possibility" is a dance-pop tribute to connected medical devices, and a field guide to what it takes to get them talking safely.
In short
- Clinical engineering and hospital IT increasingly have to operate as one team as more devices join the network.
- Direct device-to-record connections close a real gap: manually entered readings can get lost mid-task.
- HTM departments are increasingly writing interoperability requirements into purchase contracts.
"Plug In The Possibility" is built around one image repeated in different forms: things that ought to be connected, actually connecting. Carts roll in, cables get checked, "the sensor speaks, the software learns," and by the second verse the song is explicitly about data moving between machines and people. The idea behind it is straightforward — a lot of modern biomedical work is really about getting devices to talk to each other and to a hospital's records, safely and reliably, which is a less catchy way of describing what the song calls plugging in the possibility.
Morning shift, the carts roll in.Check the cables, check the pins.Tiny signals, steady hands.Turning questions into plans.
That connection didn't used to be automatic, and getting it right still takes real coordination. Clinical engineering and hospital IT have historically operated as two separate cultures, with different schedules, priorities, and vocabularies, even while increasingly responsible for the same networked devices. As more equipment joins the hospital network — monitors, pumps, imaging systems — those two departments increasingly have to function as one team rather than two groups that occasionally cross paths, because a connectivity problem no longer has one clear owner.
It helps to picture the alternative. Before devices were built to feed data directly into a patient's record, a nurse capturing vital signs by hand on paper could be paged away mid-entry and simply lose the reading — a small, human failure point that had nothing to do with skill and everything to do with a process that depended on someone finishing a task without interruption. Wiring a monitor so it reports a reading directly, rather than relying on someone to transcribe it later, is meant to close exactly that gap.
That's also why interoperability has moved from a nice-to-have into something HTM departments increasingly write into purchase contracts as a hard requirement rather than a wish-list item. A device that can't communicate cleanly with the rest of the network doesn't just create extra manual work — it risks becoming a standalone island in a hospital built around shared data, a much harder problem to fix after the purchase than before it.
The sensor speaks, the software learns.A careful check prevents concerns.Different voices, one clear aim.Better support is how we play the game.
The song's own line — "the sensor speaks, the software learns" — also points at a broader shift underway in how equipment gets maintained. Rather than servicing a device strictly on a fixed calendar regardless of its actual condition, connected sensors increasingly make it possible to monitor a machine continuously and flag it before it fails, a move toward condition-based maintenance that depends entirely on the kind of connectivity the song is singing about. None of it works, though, without the cables, the checks, and the steady hands the first verse starts with.
Sources
- Clinical Engineering Convergence, Burwood
- Need to Know: Medical Device Interoperability, 24x7 Magazine
- How AI Is Used in Predictive Maintenance, Neural Concept



