Powering humanoids: the promise and reality of solid-state batteries

The future of batteries for humanoid robots will depend on close collaboration across the entire battery ecosystem.

Powering the future of humanoid robotics

Humanoid robots must operate untethered and move freely in factories, making battery performance essential. To make humanoids practical for large-scale…

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…

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.

Humanoids: automation that fits

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.

How AI and real‑world data are transforming industrial design – episode 9 of IM and AI podcast

Siemens experts explore how to capture industrial data to unlock new gains in the factory, touching on how to clean…

Developing an AI enhanced chip design process

If the only constant is change, then AI represents the next big change for many tools and industries. High-level synthesis,…

Understanding AI-assisted Chip Design

Chip design is one of the most complex and challenging tasks in the world, requiring specialized tools and knowledge far…