Visual/Graphical Programming TRIZ Cases

A DSL-based industrial IDE defines device topology in one common model, cutting piecemeal configuration, debugging, and integration effort.

Surface machine learning models from process tags inside PLC design tools to simplify control-program integration and process optimization.

Ontology-linked programming blocks automate engineering code generation, cutting development time while improving KPI prediction and error prevention.

Automatic timing chart completion with internal devices generates PLC ladder logic sketches faster and with less testing effort.

A universal namespace maps OT workflow elements to controller runtime, enabling low-code device control and clearer data collection.

Drag-and-connect function blocks replace text workflow descriptions, building behavior trees faster with reusable nodes and a consistent GUI.

Standardized routing addresses tied to a hierarchical organizational model make RPA cloud services easier to access, configure, and manage.

Develop control programs as reusable smart objects before hardware selection, then assign them across multiple industrial controllers.

A unified DSL-based IDE defines device topology and generates project data to cut industrial automation integration, testing, and debugging effort.

By merging HMI, PLC, and safety control, this case cuts automation complexity, reduces bandwidth use, and enables 10 ms emergency stop response.

Centralized property binding and staged update propagation simplify process control display configuration while reducing manual linking errors.