Digital Twin - Siemens Software Podcast Network

A drawing of a factory worker using industrial AI technology

Industrial AI jeopardy: the truth about inaction

May 29, 2026

Why organizations must adopt industrial AI technologies and how to convince skeptics before it is too late.

By Shawn Wasserman

< 1 MIN READ

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

Fueling the transformation of automotive with digitalization

May 22, 2026

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

By Quinn Foster

< 1 MIN READ

Training your first humanoid with AI

May 21, 2026

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

By Bianca Ward

< 1 MIN READ

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

The transition to software-defined vehicles

May 8, 2026

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

By Quinn Foster

< 1 MIN READ

Digital twin of a turbine producing FAIR data.

The 5 best FAIR data secrets to empower process engineers

April 24, 2026

Learn the five secrets of FAIR data and how it will herald the next industrial revolution through digital twins, AI and simulation.

By Shawn Wasserman

< 1 MIN READ

A conceptual holographic image of an AI computer chip.

Shifting left: How Makersite and Siemens enable sustainability by design

April 17, 2026

The concept of “shifting left” is especially critical for the development of sustainable products. The sooner companies have insights into…

By Quinn Foster

< 1 MIN READ

Humanoids: automation that fits

April 3, 2026

Humanoid robots are emerging now because technology maturity, workforce needs and economics have all aligned. Combined with labor shortages, and lowering costs of materials, advancements in AI, compute, batteries, sensing and digital engineering are pushing these robots into real production environments.

By Bianca Ward

< 1 MIN READ