Long-range local communication
LoRa provides a practical way to connect distributed sensors to a gateway over longer distances than typical short-range wireless technologies, while keeping sensor deployments cable-light.
MATIS IoT platform
Wireless sensors. Cellular gateway. Cloud visibility.
MATIS is an end-to-end IoT monitoring architecture for collecting sensor data in the field and making it available remotely through a private customer interface.
Talk to MATIS →How MATIS works
A practical IoT path from the measurement point to the customer.
MATIS uses ESP32-based sensor nodes and a gateway communicating over LoRa. The gateway acts as the bridge between the local wireless sensor network and the internet. In production deployments, cellular connectivity is the primary uplink, allowing the gateway to operate without relying on the customer’s Wi-Fi infrastructure.
Sensor data and events are sent to the MATIS backend and presented through the customer interface. Each gateway owner has access to their own gateways and paired sensors, creating a clear separation between different customer installations.
01
Wireless sensor nodes
Sensors collect the measurements or states required by the application and communicate locally over LoRa.
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02
MATIS gateway
The gateway manages the local sensor network and provides the bridge to the cloud.
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03
Cellular connectivity
The production gateway uses GSM/cellular connectivity as its primary internet uplink.
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Cloud monitoring
Customers can see their own gateways, sensors, data and alerts through the MATIS interface.
Gateway-centered architecture
Pairing sensors to a gateway keeps nearby MATIS networks separated. The gateway becomes the managed hub for its own sensor installation.
Designed for remote operations
The combination of wireless sensing, cellular internet connectivity and cloud monitoring is aimed at installations that need visibility without constant physical presence.
MATIS IoT
Start with the use case, then build the monitoring around it.
MATIS is a platform architecture that can be adapted around the sensors and alert logic required by each installation.