Publish-subscribe model
Centralised communication via a broker, ensuring high efficiency between a large number of devices without overloading clients.
Simple, lightweight IoT communication that can be easily integrated into your automation projects
The MQTT Client Stack (Message Queuing Telemetry Transport) is a lightweight, high-performance communication solution

Discover the advanced features that make our solution a top choice
Centralised communication via a broker, ensuring high efficiency between a large number of devices without overloading clients.
Perfectly suited to embedded systems and intermittent or constrained networks.
Functional blocks are available in the straton editor, allowing you to receive, publish and process MQTT messages directly in your logical applications.
Support for TLS encryption with One-Way SSL, guaranteeing the confidentiality and authenticity of communications with the broker.
The concrete benefits our solution brings to your business
Low memory footprint, optimised for long-distance or unstable communications.
Handles a large number of simultaneous connections
Works seamlessly with IEC 61131-3 blocks for complex processing scenarios.
Works with all types of MQTT brokers (such as Mosquitto).
Rapid deployment in your straton projects thanks to ready-to-use blocks.
The MQTT Stack is used in many sectors where smart connectivity has become essential:
Control of lighting, heating, alarms, and environmental sensors.
Real-time vehicle tracking, geolocation, engine data monitoring.
Substation monitoring, remote equipment control, alarm reporting.
Field data collection to analyse machine wear or detect anomalies.
The MQTT Client Stack is designed for M2M (machine-to-machine) exchanges and low-bandwidth IoT environments. Based on a publish-subscribe model, it allows your equipment to communicate efficiently with MQTT brokers while limiting network load and resource consumption.
Thanks to its full integration into the straton environment, you benefit from total control over the data exchanged via IEC 61131-3 function blocks.