Your electrical cabinets, no longer blind.
One edge controller on the DIN rail turns a feeder pillar or a technical cabinet into a measured, controllable asset — and leaves the person standing in front of it in charge.
Feeder pillar with iLCS control — installed site, Italy
A cabinet tells you nothing until something goes wrong.
Consumption shows up on the bill, a tripped breaker shows up as a dark street, an open door shows up never. Meanwhile every line in there is measurable.
Anomalies found in the invoice
Months later, with no way to tell which line caused them.
Reported by citizens
A protection trips and the network finds out in the morning.
Doors nobody logs
No record of who opened what, and when.
Dozens of sites, no single view
Each cabinet is its own island, with its own habits.
Measure, watch, switch — and keep going without the cloud.
The controller reads the meters over RS-485, watches the protections through digital inputs, and drives contactors through its outputs. Everything it decides, it can also decide alone.
Inside a controlled cabinet — installed site, Italy
What an operator actually sees.
A web interface for PC and tablet, with permissions per user. These are screens from a working installation — the cabinet module of the platform, not a mock-up.
One cabinet: status, clock, energy, digital inputs, outputs with their state, power per phase and the meter on the bus
Energy across the cabinets you select, over the period you choose — exported as CSV, Excel or PDF
Active power per phase, hour by hour — the shape of the load, not a monthly total
Configuration of one cabinet, from the browser
Set up from the browser, not from a van.
Astronomical clock with offsets on dawn and dusk, a name and an alarm text for each digital input, a default state for each output, thresholds and permissions. Configuration and changes are made remotely — the visit to the cabinet is the installation, not the commissioning.
With dozens of cabinets the list is the tool: find the one that is alarming, act on it, and see the result.
Who may look, who may command and who may configure — the same platform for the technician and for the person who signs the report.
Designed for cabinets that already exist.
Most of this market is retrofit: a cabinet built years ago, still working, that has to become measurable without being replaced.
The cabinet stays where it is
The controller goes on the DIN rail beside what is already installed. Where a line cannot be opened, the meters are fitted with split-core current transformers clamped around the existing conductors.
I/O and RS-485 devices you already use
Digital and analogue I/O modules, meters and sensors on the RS-485 bus. The number of measured lines and watched contacts follows the cabinet, not a fixed product.
Firmware and interfaces to your requirement
Firmware behaviour can be developed for a specific requirement, and the platform exposes APIs and standard protocols so the cabinets can be managed inside a system you already run.
Remote control that a technician can always take back.
A cabinet is a place where people work with their hands. Every remote command can be blocked on site, and the controller says so in the platform.
Local lock-out
Maintenance mode on the cabinet takes priority over anything sent from the platform.
Signed firmware, TPM 2.x
The controller verifies what it runs, and keeps its keys in hardware.
Your data, your hosting
Platform in your country or on-premise, with export and open interfaces.
Where it is used.
References available on requestFeeder pillars
Metering per line and faults that arrive before the phone call.
Plant cabinets
Consumption per section, alarms and remote switching across sites.
Motorways and tunnels
Long assets where every cabinet is an hour away by van.
Buildings and campuses
Sub-metering for tenants, technical alarms, one view per portfolio.
Try it on one real cabinet.
Reading about a control system tells you less than a fortnight of watching one of your own cabinets on a screen. We set up a pilot on a live installation and you judge it on your own data.
One cabinet of yours, instrumented and set up with us — not a demo account with somebody else's numbers.
Live status, alarms and commands, with the permissions you would use in service.
The consumption and event reports the platform produces, on your own lines.
From the first configuration onwards, remotely. A few days are usually enough to tell whether it is worth extending.
Tell us how many cabinets, and what is inside them.
Lines, meters, protections and how they are fed: enough for us to say what can be measured and what can be switched.