Cybersecurity and monitoring for intelligent automated buildings

Data centers, office buildings, public buildings or shopping malls: secure your BMS systems, detect HVAC drifts and optimize energy performance.

Vulnerabilities that threaten your automated buildings

Even in the most modern buildings, certain risks slip under the radar of BMS systems. These faults can compromise your energy performance, your cybersecurity and your image.

Cyberattacks remain unseen by conventional IT/OT monitoring systems:

Falsification of HVAC or AHU orders

Intrusion via BMS controllers

Forced shutdown of data center cooling systems

Malicious reprogramming of access or alarm times

Remote control of lighting, elevators, etc.

Technical faults and slow drifts remain unseen by conventional supervision systems:

Undetected drifts on HVAC equipment or elevators

Localized overheating in a computer rack

No alert on a silently failing fire safety system

Technical systems running at no load (AHU, ventilation, lighting, etc.)

Lack of energy traceability to justify your KPIs (ISO 50001, ESG...)

A unique solution for the performance and cybersecurity of intelligent buildings

In an intelligent building, technical equipment must be reliably monitored to avoid invisible breakdowns, optimize consumption, comply with regulatory requirements and ensure safety.

The AIoTrust solution installs without intrusion, in just a few minutes, and allows you to monitor, detect and alert in real time, independently of SCADA or PLCs.

Plug & Play installation, without modifying your equipment

Direct access to raw signals (HVAC, AHU, security, lighting, etc.)

Local detection of critical anomalies and drifts

Resilience against order and data falsification or remote manipulation

Compatible with all types of BMS, technical PLCs

Ideal for energy retrofits or deploying digital twins

Meets IT/OT cybersecurity requirements for intelligent buildings

For example, in your intelligent building

Whether due to attacks or breakdowns, detect invisible incidents with independent monitoring of infrastructure signals.

Ventilating an unoccupied area

Incorrect data center temperature

Elevator malfunction

Unnecessary ventilation of an unoccupied area

The problem

The AHU on one floor runs at full power all weekend, even though the area is unoccupied due to a fault or attack. No presence scenario deactivates the system.

AIoTrust detection

Une surconsommation prolongée est détectée par le capteur via le signal moteur. L’écart est analysé comme une dérive de fonctionnement.

Avoided consequences / Tangible gains

Identify avoidable energy consumption, adjust programming, reduce energy bills and improve carbon footprint.

Incorrect temperature data in a data center

The problem

In a server room, the temperature sensors are compromised: the supervision system receives a normal temperature, but the equipment overheats. The air-conditioning doesn’t react.

AIoTrust detection

AIoTrust directly captures the sensor’s physical signal, independently of supervision. It detects any discrepancy between the actual temperature and the data transmitted to the system. An alert is triggered.

Avoided consequences / Tangible gains

Prevent server overheating, reduce the risk of hardware failure or damage, secure critical data without modifying the existing system.

Technical elevator malfunction

The problem

An elevator slows down on certain floors or jerks when opening. No faults are reported as long as the elevator remains “functional”.

AIoTrust detection

AIoTrust detects an anomaly in the motor control cycle (unusual response time or activation frequency). An alert is generated.

Avoided consequences / Tangible gains

Prevent service interruptions, reduce the risk of downtime with passengers, and plan ahead for technical intervention.

Concrete benefits for your automated building

A solution designed to secure your critical installations, anticipate failures and guarantee business continuity.

Preventing drift before breakdown

Real-time detection of anomalies on your technical equipment (ventilation, elevators, AHUs, etc.) to intervene before service is interrupted. Fewer breakdowns, greater continuity.

Optimize your energy performance

AIoTrust solution identifies abnormal or avoidable consumption (equipment running idle, unnecessary ventilation…). The result: savings and better control of your usage.

Strengthen the cybersecurity of your technical systems

In the event of a falsified command or intrusion on a PLC, AIoTrust continues to capture the real signal. You retain a reliable view, independent of SCADA or BMS.

Improve maintenance and traceability

The raw signals collected enable a detailed analysis of cycles and drifts, useful for anticipating interventions and justifying your performance levels (e.g. HQE, ISO 50001, ESG…).