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WYBOT V3 · AVAILABLE EARLY 2027

Secure your IoT.
Protect your controllers.

Supermarket refrigeration units, industrial controllers, supervision, heating, access control, energy meters, on-board networks, medical equipment, measuring instruments: this equipment runs production, buildings and essential services, yet nobody really monitors it.

The WYBOT probe listens to it, learns its habits and reports anything that deviates from them.

AVAILABILITY
Early 2027

The solution is currently being designed by the Wybot Lab.

INDUSTRY · BUILDINGS · SUPERVISION · ENERGY · TRANSPORT · HEALTHCARE · MARINE
PDF
BROCHURE · OCTOBER 2026 Protection for Controllers and IoT Sectors covered, recognised protocols, attack scenarios and alert levels. PDF · 6 pages
DOWNLOAD ↓

Attacks now aimed at machines

Many attacks have recently hit refrigeration units in several supermarkets as well as controllers running in businesses. This equipment drives the cold chain, production lines and technical installations: compromising it can be enough to halt an operation.

Connected to the network for remote supervision or maintenance, it is rarely updated and usually falls outside traditional IT protection.

What the probe analyses in your traffic.

A controller always talks to the same workstations, with the same commands, at the same pace. So does a heating controller. WYBOT learns this routine on its own, with no configuration or prior inventory, and notices what changes.

Industry

Plants, workshops, machine tools
New peer for a controller
A workstation that had never talked to this controller connects to it.
Write to a controller
A command that modifies equipment, from a machine that had never done so. Read on Modbus, DNP3 and EtherNet/IP.
Workshop network reconnaissance
A machine querying devices one by one to list them.
Unusual time or transfer
An engineering workstation active at a time never seen before, or a very large transfer to a controller (firmware).

Buildings and sites

Building management, heating, access, energy
BACnet and Niagara equipment
BMS (Building Management System) controllers are recognised and tracked, each with its own habits.
New device plugged in
An unknown device appears and responds on the technical network.
Equipment talking to the Internet
A controller exchanges with an Internet server never seen before.
Unusual relationship
A workstation that had never talked to a controller connects to it. More serious at night.

Retail

Commercial refrigeration
Controllers for refrigerated display cases and cold rooms are recognised and tracked, each with its own habits.
New peer
A workstation that had never talked to a refrigeration plant connects to it. More serious at night.
Refrigeration contractor access
Remote control of the refrigeration supervision outside the usual maintenance time slots.
Plant talking to the Internet
A refrigeration plant or controller exchanges with an Internet server never seen before.

Supervision and processes

Supervision workstations
OPC UA traffic from a workstation that never connects to it.
Instrumentation
A never-seen workstation exchanges with a HART-IP instrument.

Energy and metering

Substations and telecontrol
DNP3 or IEC 104 traffic from a source missing from the history.
Meters and tanks
A new peer queries a meter or a tank gauge.

Transport

On-board network
TRDP or SOME/IP traffic outside the usual exchanges.
New device
An unknown device appears on the on-board network.

Healthcare

Imaging
An imaging device exchanges with a rare Internet server.
Usual servers
A device goes beyond its usual servers (PACS, RIS, HL7 gateway).

Marine

Navigation
A new transmitter (GPS, AIS, compass) appears, or a transmitter reaches out to the Internet.
Measuring instruments
A never-seen workstation exchanges with an instrument (HiSLIP).
BROCHURE · PDF

Protection for Controllers and IoT

Sectors covered, recognised protocols, attack scenarios and alert levels, in 6 pages.

DOWNLOAD ↓

Recognised protocols.

WYBOT identifies them automatically based on their content, their port, their behaviour, or a combination of these criteria. You have no list to maintain and no indicator to send us.

AUTOMATION AND MACHINES
ModbusModbus UMASSiemens S7S7CommPlusEtherNet/IP (CIP)PROFINETOmron FINSBeckhoff ADSGE EGDGE SRTPSaia Ether-S-BusSaia EtherSIOPCWorxRed LionMitsubishi MELSECMitsubishi MELSOFTCODESYSTriconex TriStation
SUPERVISION AND PROCESSES
OPC UAHART-IPDDS-RTPS (robotics)PTP (clock)
ENERGY AND METERING
DNP3IEC 104IEC 61850 MMSIEEE C37.118IEC 62056 (DLMS)ANSI C12.22Tank gauges (ATG)
BUILDINGS AND CONNECTED OBJECTS
BACnetKNXLonWorksNiagara FoxMQTTCoAP
TRANSPORT
TRDP (rail)SOME/IP (automotive)CAN over IP
HEALTHCARE
DICOM (imaging)HL7 v2 (patient records)
MARINE
NMEA 0183 (navigation)IEC 61162-450Navico radar
LABORATORY
HiSLIP (instruments)

Four situations, caught in time.

An attack on an industrial site or a building rarely starts with the controller. It first goes through a workstation, a remote access or a forgotten device. Each step leaves a trace that the probe links to the others.

INDUSTRY

The maintenance contractor's laptop

A technician plugs their computer into the workshop network for a job. The computer is infected and starts exploring nearby machines.

WYBOT ANALYSES:
01Traffic from a device missing from the network history
02Successive traffic to several controllers, a possible sign of reconnaissance
03Traffic to a controller never contacted by this device
LEVEL
Medium
Alert before any write: the team unplugs the laptop.
INDUSTRY

A controller reprogrammed remotely

A supervision workstation is apparently being controlled remotely by a third party. It then sends a Modbus write command to a controller on the line.

WYBOT ANALYSES:
01Remote control traffic outside usual time slots
02Modbus traffic carrying a write command, a first for this workstation
03Deviations from this production controller's usual exchanges
LEVEL
Critical
The case file names the workstation, the controller and the traffic involved.
BUILDINGS

A BMS reachable from the Internet

A heating controller was exposed to the Internet during commissioning, then forgotten. Bots start probing it.

WYBOT ANALYSES:
01The controller answers traffic coming from the Internet
02Repeated traffic, at all hours
LEVEL
Medium
The exposed controller is identified before it is modified.
BUILDINGS

An unknown BMS workstation in the middle of the night

At 3 a.m., a workstation that had never talked to a building's heating controller connects to it over BACnet.

WYBOT ANALYSES:
01BACnet traffic from a never-seen workstation to this controller
02Night time for the site (10 p.m. to 7 a.m.)
LEVEL
Medium
The facility manager checks first thing in the morning whether work was scheduled.

A clear alert, at the right level.

On a site in production, an alert must say straight away whether action is needed. Each type of fact has a weight; a machine's level is their sum over 24 hours. The same fact repeated adds nothing.

1
LOW

A machine on the technical network sends more data than usual, with no other sign.

2
MEDIUM

An office workstation exchanges with a controller for the first time.

3
HIGH

This workstation also calls back, at a regular pace, an unknown Internet server.

4+
CRITICAL

This same workstation sends a Modbus write command to the controller.

The notification sent by the probe stays cautious: it states what was seen and what it may mean. It never asserts an attack without proof.

What you receive

One case file per machine

All clues about a machine are gathered, in the order they appeared.

A clear report

Short sentences, no jargon, understandable by a site manager as well as a technician.

The checks to carry out

For each alert: which device, which workstation, which protocol, and what to check on site.

A view of all your sites

Plants, warehouses and buildings on a single screen, from most urgent to calmest.

Zero noise. WYBOT first learns the site's habits over 14 days. Industrial detections then start in observation mode: they are counted without appearing in the report. At each customer, a detection that has stayed quiet for 21 days (at most one alert) activates on its own.

Become a pilot site

Ahead of launch, Wybot is looking for volunteer companies to run POCs (proofs of concept) and test the solution in real conditions, on their own controllers or connected refrigeration equipment.

Who can take part

Food retailers, manufacturers, technical site operators: any organisation running controllers or connected equipment.

How it works

A discussion with our teams to define the scope, followed by a supervised deployment that does not disrupt your operations.

What you gain

Early access to the solution, a clear view of your equipment's exposure and the chance to shape the product.

I WANT TO TAKE PART → Limited number of pilot sites.

Shall we look at your controllers together?

Request a demonstration on your own data. One week is enough for an initial assessment.

REQUEST A DEMONSTRATION → DOWNLOAD THE BROCHURE (PDF)