The culture of innovation at Endress+Hauser goes far beyond research and development.
Optimizing processes with AI requires users and providers to embark on a shared journey. Endress+Hauser follows a standardized procedure, ensuring transparency at every step and fostering trust.
From purchasing to logistics, Endress+Hauser already utilizes AI in many areas to create transparency and optimize processes. One application specifically helps to monitor product quality in the field.
Rapid assessment of measurements at water treatment plants is possible thanks to the experience of the operators. In the future, machine learning could help spot the need for action. Endress+Hauser is working on this kind of assistance system for liquid analysis.
AI could be the key to really exploiting the potential of digitalization. Endress+Hauser is working together with customers and partners in a step-by-step exploration of these new technologies – and in doing so is underlining their true added value.
A digital twin is the virtual likeness of a real-world object. Underlying that likeness is a wealth of data and algorithms that can be used to simulate aspects such as installation and functioning. But Endress+Hauser’s vision goes further: the goal of a digital twin is to offer added value for customers across a product’s entire life cycle.
Endress+Hauser is developing the Netilion IIoT ecosystem in small steps. This approach lets users quickly and easily derive benefits from their data – and ensures that the solution fits their needs perfectly.
Brewing beer with the help of an algorithm: a new multi-sensor system models the fermentation process in real time. The live feed from inside the tank is made possible by a combination of various measurement methods with IIoT technology.
Field devices with Heartbeat Technology have a sense of what’s going on: they intelligently use sensor data in addition to the primary measured value to provide deep insights into the instrument and the process being monitored. The benefits are huge – even predictive maintenance becomes possible.