A look inside modern cosmetics factories—and how automation is helping brands keep up with demand, innovation, and regulatory ...

The Extended Robust Aerial Autonomy system is being tested in California to enhance Mars rotorcraft navigation, ensuring safe ...

An insect-scale robot from MIT performs agile flight maneuvers using a neural-network controller, surpassing previous ...

Can data centers be efficient and green? Learn how automation is making real-time energy and emissions control possible.

The 'Ponte' system ensures reliable Wi-Fi communication for industrial applications, maintaining strict latency limits for ...

Analyzing the shift in AI ethics, this article highlights the development of governance frameworks and the importance of ...

Digital Science is excited to announce that its 2025 Catalyst Grant has been awarded to two teams working to advance global ...

The research highlights shrimp shells as eco-friendly actuators in robotics, merging biological materials with synthetic components for enhanced functionality.

They explored Mars, built EV batteries, and even helped restore human touch - 2025 was the year robotics quietly reshaped ...

The University of Liverpool has unveiled an ambitious plan to position the Liverpool City Region and the UK as a global leader in AI-driven materials research, development, and innovation.

Researchers developed soft microrobots that change shape with temperature and wirelessly transmit data, enabling real-time diagnostics at microscopic scales.

Climate pressure, shifting labor dynamics, and the demand for more sustainable practices are reshaping the way food is grown and managed. And increasingly, farms are turning to autonomous machines as ...