Interprogram Communication TRIZ Cases

Sensor events create virtual workpiece IDs and state machines, linking continuous process data to each part without control software changes.

Automated introspection directives query PLCs and controllers to map subtended devices, avoiding slow manual reverse engineering.

A platform abstraction layer and validated scriptlets let digital signage content run across mixed OS media players and react to IoT data.

Track-record input screening blocks unfamiliar signals before AI control, reducing abnormal operation and improving control safety.

Smart Repair lets an incremental constraint solver keep valid learned clauses across problem changes while supporting parallel clause sharing.

Preconfigured sandboxing and source whitelists let process plant HMIs embed web content while supporting real-time display updates.

Automated logic binding links device lists, I/O configurations, and controller logic to cut manual setup errors in motor control centers.

A broker and adapter layer routes industrial automation data across changing protocols and storage locations without application rewrites.

Ordered event-chain matching detects mutated event sequences in analytical system streams and triggers predictive monitoring actions.

A data diode and native data typing let process plant data reach external systems while blocking reverse access to control networks.

Configurable partial routes split large sum frames into smaller message segments, reducing network traffic in flexible mechatronic systems.

A broker-and-adapter gateway lets applications request industrial automation data through one protocol, avoiding source-specific updates.