
- Category
- Support and customer service
- Model
- open, installed on your premises
- Data
- never leaves
- Subscription
- €0 per month
Thousands of sensors in a factory, smart farm or energy network generate continuous data streams. Without the right infrastructure, this data is lost or consulted too late. The Real-time IoT Monitoring system ingests, processes and visualizes your sensor data streams in real time, automatically detects anomalies and sends alerts to the right people before problems escalate.
Traditional SCADA systems have latencies from several seconds to several minutes. Alerts arrive after the incident. Failure management is reactive. And without cross-sensor correlation, root causes of problems remain hard to identify.
A Kafka pipeline ingests your sensor data (MQTT, HTTP, Modbus) in real time. Data is processed by anomaly detection models and visualized in Grafana with custom dashboards per line, zone or equipment. Alerts are sent via Slack, SMS or email with context and action suggestions.
Live in four steps.
- 01Sensor mapping
Inventory of all your sensors, protocols (MQTT, HTTP, Modbus, OPC-UA), measurement frequencies and nominal values.
- 02Ingestion pipeline
MQTT broker + Apache Kafka setup for high-frequency ingestion. Storage in InfluxDB or BigQuery depending on volume.
- 03Anomaly detection models
Model training on your historical data to distinguish normal behavior from significant anomalies.
- 04Grafana dashboard & alerts
Dashboards by equipment, line and zone. Configurable alerts with business logic and escalation by severity level.
Results you can measure.
The real-time pipeline detects drifts before they become failures. Intervention before production impact.
All your equipment on one dashboard. Temperatures, vibrations, pressures, flows, everything visible at a glance.
Condition-based maintenance (intervene when needed) replaces scheduled preventive maintenance. 20–40% savings on maintenance costs.
What we get asked before signing.
Which IoT protocols do you support?
Does the solution work on isolated industrial networks (air gap)?
What data ingestion frequency is supported?
Can existing SCADA data be integrated?
Let's talk about your case for thirty minutes.
A conversation to understand your context, volumes and tools. You leave with a scope and an order of magnitude, no commitment.