Writing, translating, creating – artificial intelligence makes many things easier for us. Too easy? Renowned linguist Dr. Giorgio Iemmolo fears that AI is going to lure us into becoming mentally lazy. An interview.

Biocomputing marks the start to an all-new era of information processing. Instead of silicon chips DNA, proteins, or even living cells assume the role of computing units and storage media.

Schaeffler technology helps point out potential trouble at an early stage and avoid high consequential costs. Here’s a case in point from the field.

Reasoning AI is the new evolution of language and multimodal models that not only generate answers but deliver solid decision-making support and automated problem solving in practically unrivalled quality so far.

Whether on soccer fields, in vineyards, in restaurant kitchens, or on fashion runways, today, high-tech solutions help make strategic decisions. AI, sensors, and algorithms deliver precise recommendations – from corner kicks to restaurant menus.

Digital engineering enables product development with greater speed, precision, and efficiency but a transition from real-world to virtual systems not only calls for new systems but also for rethinking in organizations.

By collaborating with tech giant NVIDIA Schaeffler is opening another chapter of digital progress. For its more than 100 plants worldwide, the motion technology company is planning to create a fully connected virtual ecosystem.

As if by magic, mammoth container ships are loaded and unloaded in the world’s ports. However, in reality, human workers are still involved in these activities – and they practice their jobs using programs from the gaming industry.

ICARUS connects animals with the internet. With this technology, we gain vital insights from the swarm intelligence of nature.

The integration of generative artificial intelligence (AI) in the manufacturing industry promises a new era of efficiency, precision, and innovation. AI and quantum computing expert Professor Sabina Jeschke explains how exactly that is accomplished.

A wooden mouse, steam power, music boxes, and a vacuum cleaner motor – the history of the computer on its way to becoming an component of modern life is brimming with unusual inventions and turning points. Plus, with predictions that never came true.

Automatic lubrication systems supplying hard to access or hazardous lube points on machines with grease increase work safety and reduce the risk of accidents.

Can artificial intelligence detect impending machine failures even earlier? How can an industrial-scale AI-assisted real-time condition analysis of components be used? A Schaeffler expert provides answers.

How will the interaction between humans and robots develop? Acclaimed automation expert Dominik Bösl looked at the future for tomorrow. You can read his report on these pages.

Schaeffler and Siemens are simplifying complex operation on the shopfloor with the help of artificial intelligence. This makes production more efficient. Read more here.

Modern technologies are turning into an increasingly powerful tool for convicting criminals. Dirk Labudde, Head of the Forensic Science Investigation Lab at Mittweida University of Applied Sciences, provides insights.

From storage space in data centers to artificial intelligence: More and more products are being offered as cloud services. Data-as-a-Service is not widely known yet although it’s already shortening the downtimes of entire industrial systems.

The need for software keeps growing in line with digitalization. What’s been lacking so far is a simple way in which even employees with no IT experience can write the applications they need for their work. Low Code is designed to close that gap.

What is special about the “Cube Storage” AI warehousing system? What is a Turing test? How does Schaeffler make use of AI? Discover the world of AI. Test your knowledge in our tech quiz.

Modern workplaces enable flexible, efficient and attractive collaboration.

While the chassis used to be the backbone of an automobile, software will assume that role in the future. Maria Anhalt, CEO of automotive software specialist Elektrobit, shares informative insights.

Official ID cards and passports are frequently needed documents during the current travel season, but have you ever bothered taking a closer look at them? We have – and discovered some astonishing facts.

Be it in the wind tunnel or for crash testing – vehicle development repeatedly involves the deployment of physical prototype models. That’s a lengthy and costly process now being increasingly substituted by engineers working with digital twins.

Swiss researchers have succeeded in developing ultrafast data transmission via laser and satellites.

The force with which artificial intelligence is penetrating nearly all areas of life is awesome. Self-learning systems are fundamentally rearranging everyday work as well. What adjustments do employees need to make to master that transformation?

Leibniz Prize winner Professor Wolfram Burgard is one of the leading researchers in the field of artificial intelligence (AI) and robotics. In an interview, he looks at robots and AI as potential teammates in tomorrow’s workplace.

43,252,003,274,489,856,000 – that’s the number of possible turns to solve the famous Rubik’s Cube. The options of the global logistics network are similarly diverse. At Schaeffler, the Transportation Data Cube (TDC) takes care of that.

Solo fighters in dark pixel worlds or true team players looking for adventures together with others? For a long time, science paid hardly any attention to gamers. Now new findings about them are available which are of interest to employers as well.

An interview with Professor Sabina Jeschke about the current state in the area of quantum supercomputers and what doors this fascinating technology is going to open: from Qphones to Edge AI to autonomous driving.

Reducing computing time is a constant subject in the world of IT. Now, modern laser technology is intended to help raise computers to new levels of speed and efficiency. “tomorrow” shows two examples.

In the quest for traces of our ancestors, archeologists dig up Earth’s past – and increasingly avail themselves of pioneering technologies in the process.

The city in an all-new role: as a producer of big data. Professor Gesa Ziemer, PhD, director of the global CityScienceLab, describes the wide range of opportunities resulting from this role.

Researchers have developed a new high-speed method of storing huge information volumes on crystal 5D discs for billions of years.

I can see what you see too: Mixed Reality applications accelerate processes and facilitate remote communications.

8,000 times faster than 5G: From 2030 on, the 6G network is supposed to push open the gates to a new communications universe.

A network of quantum computers would be epochally more powerful and absolutely secure.

Space exploration has been a technological trailblazer from the outset. Now it’s receiving an extra boost by powerful private-sector competitors and innovative start-ups.

After nearly twenty years of spectacular robot development and the third change in ownership, Boston Dynamics is now aiming to break even with an initial product.

Innovative technologies create new opportunities for athletes. An interdisciplinary overview – from chessboards to race tracks.

Practically all products today have their own identifier: a barcode. A beep and the checkout terminal knows the article’s name, its price, its tax rate and more, thanks to some black and white bars.

Digital transformation in the healthcare sector is in full swing and receiving a boost due to the corona pandemic. Here are a few examples.

Some gamers rise to the highest spheres of electronic sports as celebrated heroes. Sim-Racing, in which Schaeffler is involved, is one of the increasingly professional e-sports disciplines.

When looking to the stars and exploring planets, black holes and other distant celestial bodies, the first thing to do is find a high vantage point.

Google and IBM are working on quantum computers that can perform complex computations a lot faster than the world’s fastest supercomputers. Now, what’s in it for us?

First described over 35 years ago, 3D printing is a step-by-step game changer in manufacturing technology. Schaeffler knows what kinds of things already work with additive technology today.

Art fuses with artificial worlds. Apps and Virtual Reality (VR) headsets enable visitors to delve into classic paintings and dead artists are brought to life by means of artificial intelligence (AI).

Artificial intelligence suddenly seems to be all around us – it will radically change our jobs and everyday lives. Even so, machines are far from truly understanding the world.

Route planning seems to be a problem that has long been resolved. Yet traffic jams, blocked roads and the combination of various means of transportation can turn this simple task into a complex one.

Europe’s digital powerhouse is in the north. Denmark, Norway, Sweden and Finland are the global benchmarks in the field of information and communication technologies (ICT). Why is this the case?

Winning games, reading files, diagnosing diseases: will robots soon be smarter than people? And, if so, what will become of us?