Demanding projects, from research to industry.

UDS Atom on CompactRIO coordinates a Siemens S7 controller, a Modbus TCP power supply and high-speed PXI acquisition. It automatically injects test metadata and keeps a tamper-proof chronological log for each session.

"We automated multi-axis positioning of complex components and deterministic magnetic-profile tests, while guaranteeing ISO 17025 data compliance across all campaigns."Andrey Unzhakov, Static Magnetic Field Laboratory, ITER Organization

A mixed fleet of CompactRIO and Siemens IPCs is brought together under a single middleware. Modbus data, physical I/O and DALI lighting gateways are logged for the traceability of every batch. An on-call module routes alarms outside business hours.

Analog inputs, 4-20 mA loops, digital states and scales are centralized. New acquisition racks are added without touching the architecture, sensors are reconfigured through text files and a REST API opens the data to third-party analysis tools.

CompactRIO, CAREL controllers and mobile gas analyzers log over the network into a clustered TimescaleDB database. Migrating the old CompactFieldPoint units to CompactRIO is done without rewriting the software. For the CNRS, Step AT makes the rain and the sunshine.

UDS Atom collects propulsion and HVAC data, drives its delivery to the customer's cloud and keeps data during satellite link outages. On reconnection, it handles a dual uplink: real-time access to priority data, no loss, maintenance prepared before failures at sea.

Step AT equipped CNRS IN2P3 researchers with LoRaWAN communicating nodes for data collection in environmental research.

Step AT developed a machine connection solution to provide maintenance and monitoring from France.