Grid digitalisation is not a technical upgrade. It is a prerequisite.
Cities are running the green and digital transitions at once. The second is what makes the first physically possible.
There is a line from a BOOST article about the twin transition that we keep coming back to, because it says in one sentence something we usually need a slide deck for:
Grid digitalisation is not a technical upgrade. It is a prerequisite for the green transition.
It is worth unpacking why that is literally true rather than rhetorically true.
Renewables move the problem into the network
A thermal plant is dispatchable. You decide how much it generates and when. Wind and solar are not: they generate what the weather allows, where the resource happens to be, and increasingly from thousands of distributed points rather than a handful of large ones.
Every one of those properties moves difficulty out of generation and into the network. The grid now has to absorb flows it did not design for, in directions it did not anticipate, with a variability that changes minute to minute. Its physical limits — thermal ratings, clearances, stability margins — stop being comfortable abstractions and become the binding constraint on how much renewable capacity a country can actually use.
You cannot operate close to a limit you cannot see.
Which is why observability comes first
If a line’s real-time thermal state is unknown, you operate it conservatively, against a static seasonal rating, and you leave capacity unused. If a tower’s structural condition is unknown, you either inspect on a fixed rota regardless of need, or you find out during an outage. If vegetation encroachment is unknown until a scheduled survey, you are managing one of the most common causes of faults on a lagging indicator.
None of those are new problems. What is new is that the margin for absorbing them is shrinking at exactly the moment the network is being asked to do substantially more.
Digitalisation — sensing, telemetry, a model of the asset, analytics that convert both into a decision — is what turns those unknowns into numbers. And only once they are numbers can an operator safely run the network closer to its real limits, which is the same thing as integrating more renewable generation without building proportionally more steel.
The unglamorous framing
This is why we describe SAMSTEO as an observability layer rather than a green technology, even though the outcome is a greener system.
We are not replacing what utilities already have. We are making the infrastructure they already own legible: sensors that clip onto existing towers, a communication layer that works when cellular does not, satellite imagery covering the corridor in between, and analytics that flag anomalies in real time before they become outages.
The city of tomorrow needs a grid that speaks. Not because talking infrastructure is impressive, but because the alternative is a network operated on assumptions at precisely the point in history when assumptions stop holding.