Digitalization & New Technologies

In industrial automation, equipment has always been tightly coupled with closed and proprietary software. A new era of software-defined automation (SDA) and hardware agnostics is about to begin, decoupling applications and hardware from each other. This means a significant transformation that benefits both developers and owners of automation systems.

In manufacturing industries, model-based design is gaining more and more popularity in R&D. It makes development faster, more robust, and iterative by automated code generation and almost zero need for physical devices. The testing cycle can be shortened significantly.

Starting the move from manual or simple setups to an advanced, automated system can seem intimidating at first. However, the fundamental principles of DevOps encouraging teamwork, embracing automation, ensuring continuous delivery, and facilitating rapid feedback loops greatly ease the shift towards software-driven automation (SDA). This piece serves as your friendly guide to grasping SDA from a DevOps standpoint, presented in straightforward language for everyone to understand. Let’s dig into the practical steps that can transform how teams interact with automation.

In today’s fast-paced digital world, automation has become a crucial aspect of businesses across various industries. From cybersecurity threats to the need for open systems, companies are con-stantly seeking innovative ways to streamline their processes and increase efficiency. This is where Software Driven Automation (SDA) comes into play.

In the 21st century, we are collectively facing the challenge of climate change. Unfortunately, charging times for electric vehicles still pose an obstacle to widespread acceptance. InMotion, a student team from TU/e, has the mission to make charging electric cars as fast as a regular refueling stop. At Etteplan, we wholeheartedly embrace the future and do our part! That’s why we are proud to partner with InMotion and support them with our expertise in Computer Generated Images (CGI).

In recent years, there has been a significant shift in consumer needs and expectations when it comes to electric vehicle (EV) charging. As the range of electric cars continues to grow, the traditional model of fueling up at gas stations is being challenged. This change in consumer behavior is set to have a profound impact on businesses that provide EV charging and mobility services.

The demand for alternative fuel services, particularly electric vehicle (EV) charging infrastructure, is rapidly increasing across the European Union (EU). This article explores the key industry drivers that are shaping and propelling this development. Understanding these drivers is crucial for shaping the future of clean transportation and contributing to a sustainable future for all.

Working as a DevOps engineer is often like hiking on technology trails where old and new work methods and technologies meet. The purpose of this article is to share some of my experiences in this diverse and dynamic field and to explain how DevOps can renew and improve companies’ ways of operating.

Many manufacturing and production plants are designed for continuous operations. This default setup is incompatible with leveraging the new energy demand flexibility markets. Therefore, reaping any benefits requires changes to manufacturing processes. What are the first steps?