Industrial Cloud Computing

Software is renowned for going in cycles, and every 20 years or so we get a significant paradigm shift. For example, forty years ago, if you wanted computers to do something for you, you went to a mainframe which consisted of computing equipment that filled up entire rooms. Programs were fed to...

The traditional method of consuming IT services and resources for business involved the management of every piece of hardware and software in-house. The introduction of web-based technology solutions and the infrastructure known as the cloud changed all of this. Today, businesses can take...

The majority of industries rely on the availability of spare parts and components to avoid production and process-related downtimes. The manufacturing, aerospace, automotive, and discrete manufacturing industries are examples, which is why component manufacturing is an integral part of every...

The accrued benefits from automating every traditional process in today’s manufacturing facilities are the driving force behind Industrie 4.0. Robust industrial cloud solutions have an essential role to play in the implementation of this change since industrial clouds are figuratively the...

In this article, we will cover the fundamental aspects of the machines as a service model. Machine manufacturers and factory owners can use this article to learn more about what utilizing machines as a service is all about, the key benefits of the machines as a service model, and which...

In this article, we will cover the fundamental aspects of virtual training and validation. Factory owners can use this article to learn more about virtual training, validation and how to potentially implement virtual training in their factories.

In this article, we will discuss data-driven quality control. Factory owners can utilize this article as a reference, in order to learn about the influence of quality control on customer satisfaction and the benefits of data-driven quality control.

In this article, we will review what the term predictive maintenance refers to. Machine manufacturers, component manufacturers and system integrators can utilize this article as a guide to gain further understanding of what predictive maintenance is all about. We will discuss the differences...

This article provides a guide for factory owners and IT managers about the principles of lean manufacturing and the criteria to apply, in order to constantly work at optimizing factory outputs, and source the most cost-effective technology while reducing waste at the same time.