Showing the invisible: Using Fischertechnik Models to Make the Integration of Industrial Processes Visible

In contrast to the majority of applications, software used in data integration often doesn’t have a nice, intuitive...

What is IIoT and Industry 4.0?

In the (industrial) Internet of Things (I)IoT, production processes, supply chains, business processes, services and product life cycles...

Assembly Control with the Manufacturing Integration Bus

How can robots and other automated components of a plant be efficiently controlled in a heterogeneous IT environment...

From Drivetrain to Blockchain: transparency in the automotive supply chain

Blockchain is increasingly becoming more widespread in its use outside of just the financial services industry. Providing the...

Procurement 4.0 – Purchasers as Innovation Scouts

Did you know that procurement processes have a particularly important role in a company’s digital transformation to an...

What is Digital Twin Energy Management and Why is it Important?

Disruptive technologies have taken the world by storm, and businesses have responded by undertaking digital transformation journeys in...

Smart Services – from passive to active (I)IoT applications

IoT applications have so far mainly been used in connection with networking and analysis of field and operational...

Big Data, IoT and SEEBURGER

What do bread rolls and big data have in common? Data is generated in masses – even in...

Real Time 101 – The Basics

IT systems are increasingly becoming more intelligent, networked and autonomous. This digital transformation not only makes a company’s...

Using Real Time Data in Smart Manufacturing

We are currently in the fourth industrial revolution, which is characterised by widespread digitalisation and connecting all manner...

Data integration for collaborative assembly

Customers expect increasingly individualized products in very small quantities. In Industry 4.0, this goes all the way to...

IIoT (Industrial IoT) and Industry 4.0 – Examples

By connecting and integrating machines and facilities with complex IT systems, IIoT and Industry 4.0 offer new possibilities...

Why Integration Platforms are the Central Hub for Smart Services

Smart Services are becoming more and more important throughout the entire product life cycle of mechanical engineering. As...

Trading on Hyperliquid: The Future of High-Efficiency Markets

The financial markets are undergoing a silent revolution as next-generation platforms redefine what's possible in trading execution. Trading...

Collaborative product development and data exchange in mechanical engineering and other technical industries

Globally operating companies with development and production sites distributed around the world as well as respective partner networks...

Цифровые близнецы энергосистем: интеллектуальное будущее электроэнергетики

Современные энергосистемы сталкиваются с беспрецедентными вызовами: рост доли возобновляемых источников, усложнение сетевой топологии, необходимость обеспечения устойчивости к киберугрозам....

The Bullwhip Effect: What Is It and What Causes It?

Let’s start with a question. What is the connection between a bullwhip and a supply chain? It sounds...

What is edge computing, and why is edge computing important for processing real-time data?

Edge computing is cutting-edge technology that is transforming the way we process data in digitally networked ecosystems. But...

IoT Challenges and Industry 4.0

The opportunities that IIoT and Industry 4.0 solutions offer for businesses are manifold. However, there are a number...

e-works Industry 4.0 visit to SEEBURGER

The Chinese delegation from e-works visited Bretten on 1.4.2019. As part of their Industry 4.0 company visits, a...

Industrial Internet of Things (IIoT)

Revolutionize manufacturing and logistics with IIoT solutions that connect devices, analyze data, and optimize operations. Explore real-time monitoring, predictive maintenance, and smart factories that enhance productivity and reduce costs. Stay ahead by adopting technologies that redefine industrial efficiency.