Automation specifications are difficult to write because there is a gap between what is intended and what is technically possible.
Key aspects — such as measurement limitations, control behavior, and system dynamics — are often not fully visible at the time of writing. At the same time, natural language lacks precision, leading to ambiguity and misinterpretation.
As a result, specifications are open to interpretation — and errors.
Thanks to advances driven by highly capable engineers and modern AI, we now have tools that make automation itself automated — leveraging the full power of today’s software.
We analyze systems and processes in detail and use this information to develop precise automation descriptions with clearly structured and efficient step sequences. All P&ID components (valves, pumps, sensors, etc.) are transparently visualized in the client alongside their setpoints in each individual step. The trigger condition is specified for each step.
Automation design should no longer be done manually using office software.
Instead of writing static specifications, we work with model-based tools where system behavior is defined, and the software translates this directly into executable logic. This allows us to immediately see the impact of design decisions — not months later during commissioning, but instantly during development.
Less interpretation. Less delay. More reliable automation.