Smart Factory Infographic, The Digital Transformation Pyramid

Author Patrick Turchi from The Digital Transformation People create a sharp Pyramid schema to summarize The Digital Transformation Pyramid: A Business-driven Approach for Corporate Initiatives where we can see smart factory technologies as the foundation of the transformation.

Smart Factory

In a recent article published on https://www.thedigitaltransformationpeople.com, author Patrick Turchi presents 3 levels on which Digital Transformation needs to be approached within corporates: Strategy, Execution, Technology.

The Pyramid visual he drafted clearly present the different compenents and we clearly see how smart factory technologies are at the base of the digital transformation.

Patrick-Turchi-The-Digital-Transformation-Pyramid-image-1-1024x754

SOURCE: https://www.thedigitaltransformationpeople.com/channels/the-case-for-digital-transformation/digital-transformation-pyramid-business-driven-approach-corporate-initiatives/

Want to learn more?

Download the ebook

Types of Lean Waste and How to Eliminate Them Using Digital Manufacturing Software

Feb 2022

How Software-Driven Manufacturers Can Take Greater Advantage of Lean Manufacturing Best Practices

Jun 2021

How to Implement the Top Lean Manufacturing Principles Remotely

Back to the blog

Mar 2021

Comment l'emballage et l'étiquetage influencent votre TRG

Plusieurs éléments des étapes de l'emballage et de l'étiquetage peuvent affecter votre TRG. Lisez ce blogue pour en savoir plus.

Feb 2021

5 qualités que devrait avoir le meilleur logiciel de suivi des temps d'arrêt

À lire dès aujourd'hui pour connaître les éléments clés qui font qu'un logiciel de suivi des temps d'arrêt est de qualité.

Apr 2024

Defining the Difference Between Throughput and Cycle Time

Both cycle time and throughput time are important measures of manufacturing performance. Learn what they are and how to use them to increase productivity in your production process.

Comment LG Hébert utilise la solution de Worximity pour maximiser le rendement et réduire les temps d'arrêt