The Plug and Play Sensor Hub: Adding a Sensor Without Replacing the Robot
You can add a new kind of sensing without replacing the robot, because the sensing is deliberately kept separate from the machine that carries it. The robot's job is to reach the same places, in the same order, every time.
What it observes once it gets there is a different question. That question is meant to have a different answer in two years, without starting again with a new robot.
The robot is simply the way of getting there. The record it produces is what you keep.
Why does this matter when you sign for capital?
Inspection needs do not stand still. A facility adds a battery room, takes on liquid cooled halls, or decides that a particular kind of observation is now worth having.
If the sensing is welded to the platform, each of those changes becomes a replacement decision. You are back to evaluating and buying a whole new machine for what is really a change in what you want to see.
If the sensing is not welded on, each change is an addition. That is a far easier conversation with whoever signs for capital, and a far easier one for your chief engineer to plan around.
What stays the same when the sensing changes?
Three things hold still: the route, the checkpoints and the format of the record. That continuity is the valuable part, because a history is only worth something if it keeps running.
A new kind of observation should extend the record rather than start a new one. Last year's entries and next year's should sit side by side and still make sense together.
To be plain about it: a new capability still means engineering work and validation. This is about not throwing away the platform. It is not about plugging something in over lunch.
What doesn't it mean?
It does not mean any sensor can be added on request. It does not mean a capability exists because it could exist. A possibility is not a capability.
Every claim about what a platform observes should be checked against what it actually does today. That holds for us as much as for anyone.
It also leaves the boundary exactly where it was. Nothing is opened and no maintenance is performed. A qualified person still decides what any observation means and what happens next.
How does FacilityOps do it?
On every pass, a FacilityOps robot walks the route and captures condition at the same checkpoints. Each capture is bound to its run and its checkpoint, and exceptions are raised to a qualified person who makes the call.
Today the FacilityOps sensor hub carries thermal, visual, acoustic, ultrasonic, vibration, gas, VOC, smoke, particulate and humidity sensing, along with 3D lidar. That sensing is meant to grow over time without the route, the record or the history starting over. That way the oldest entry in your evidence stays comparable with the newest, which is the whole point of keeping it.
We hold ourselves to one honesty rule. Ask us what is running today rather than what is possible, and we will answer that question plainly.
One FacilityOps robot route produces the records across all nine compliance surfaces.
If you want to see what the record looks like today, we can send you a sample inspection record.
Everything in this piece, as a checklist you can take on your rounds
Turn the key points from this article into a practical inspection checklist.