How hydraulics, electronics and AI are converging to redefine power, precision and intelligence in modern systems.

How linear, rotary, reciprocating and oscillating motion are evolving as customization grows and new capabilities emerge.

The rise of AI adoption in manufacturing is real, but it's being driven by business outcomes, not technological complexity.

From industrial robots to self-driving cars, engineers face a common problem: keeping machines steady and predictable. When ...

British-founded Raplas Technologies is quietly redefining SLA 3D printing. Find out how in our exclusive interview with the ...

Embedded or Edge AI is becoming widespread in industry. But how can AI models—with the help of the cloud, if necessary—be ...

Dan Neil takes a test flight of the Pivotal BlackFly, a series-produced electric vertical takeoff and landing vehicle made ...

Discover smart robotics investment strategies—focus on semiconductors, sensors, and software for long-term gains. Click for ...

Just as we learned to tame horses without suppressing their strength, we must learn to guide LLMs without losing their ...

Some of the key interactions between IP law and quantum computing involve the intersection of patents and copyright—each of which impacts how companies protect quantum computing hardware and software, ...

Autonomous equipment is changing how construction gets done—making it quicker, safer, and less reliant on manual labor.

Imagine an assembly line where each tool monitors how it’s used; errors are detected before they occur; and digital work ...