A conceptual image of a car being built on a robotic assembly line, with the left half holographic.

How to fully leverage digitalization in automotive today

For software-defined vehicles in the streets to AI in manufacturing, the automotive industry is set to undergo significant transformation in…

An oil field at sun set.

Energy sectors’ digitalization is a must in an AI world

For decades the energy industry has been plagued by volatility due to the ever-fluctuating price of oil. The result, the…

Inside humanoid robotics: software and semiconductors

The success of humanoid robots depends on treating them as software-defined systems that are designed to learn, adapt and improve continuously.

A simulation of a car, with the aerodynamics of its wheel appearing visually as a mesh.

Data, the Digital Twin and AI in the future of automotive

The rise of software-defined vehicles in the automotive industry has opened new ways to access and leverage data gathered by…

A conceptual image of a holographic car, with its electric battery and motor systems more real.

Fueling the transformation of automotive with digitalization

Vehicles are not the only thing in the automotive industry being altered by digital technology and software. Many of the…

Training your first humanoid with AI

Humanoid robots are quickly transitioning from experimental pilots to scalable industrial solutions; and at the heart of this change is AI and simulation.

A visual representation of industry AI controlling a production facility.

The value of process industry AI: shatter the one-size-fits-all myth

There is no industry AI for all. Just like employees, it become more valuable with expertise.

A red car chassis being assembled in a robotic assembly line inside a white factory.

The transition to software-defined vehicles

Cars today are incredibly different compared to cars just a few decades ago. Whereas cars were historically mechanically centric products,…

Flexible automation powered by AI

Humanoid robots bring humanlike flexibility while not being limited by human anatomy.