Ignition SCADA Integrations

Ignition MQTT integration enables lightweight, publish-subscribe messaging across your entire industrial IoT infrastructure. Connect edge devices, sensors, and PLCs to a centralized MQTT broker using the Sparkplug B protocol for standardized, efficient data exchange.

Complete Ignition OPC UA setup guide for industrial communication. Configure the built-in OPC UA server and client, establish secure connections to PLCs and DCS systems, and enable cross-vendor data exchange with certificate-based security.

Leverage Ignition Modbus TCP and RTU drivers to connect energy meters, PLCs, sensors, and industrial devices. Map registers to tags, configure data types, and optimize polling for reliable real-time data acquisition.

Deploy PostgreSQL as a high-performance historian database for Ignition SCADA. Leverage Tag Historian, Store & Forward reliability, and table partitioning for scalable long-term data storage across your industrial infrastructure.

Connect Ignition SCADA to AWS IoT Core for secure, scalable cloud ingestion of industrial data. Route real-time sensor readings to Amazon S3, Lambda, Timestream, and SageMaker using the IoT Rules Engine.

Connect Ignition SCADA to Microsoft Azure IoT Hub using MQTT Transmission. Leverage Azure Stream Analytics, Power BI, and Azure Digital Twins for enterprise-grade industrial intelligence.

Build powerful REST APIs to expose your Ignition SCADA data to external systems. Use the WebDev module to create custom GET and POST endpoints with Python scripting, enabling seamless integration with ERP, MES, mobile apps, and custom dashboards.

Connect BACnet-enabled building automation systems to Ignition SCADA for centralized monitoring and control of HVAC, lighting, metering, and access systems. Leverage the Ignition BACnet integration to unify your smart building infrastructure on a single platform.

The Ignition Siemens S7 driver provides native connectivity to the entire Siemens S7 family, including S7-300, S7-400, S7-1200, and S7-1500 PLCs. Read and write data blocks, merkers, inputs, and outputs over Ethernet without any additional middleware or OPC server.