This study presents a solar-powered robot integrating AI and IoT for real-time plant disease detection, offering a scalable solution for sustainable farming.

The company is positioning this approach as a turning point for robotics, comparable to what large generative models have done for text and images.

Hyper3D, the platform developed by Deemos Tech, offers a suite of AI-powered generation tools that process various input types to produce 3D models for use in gaming, film, and digital media ...

A scientist has explained why robots still struggle to pick tomatoes. Labor shortages in agriculture are driving growing ...

Abstract: This paper presents an adaptive Assist-as-Needed (AAN) control framework for a shoulder rehabilitation robot enhanced by a Virtual Biomechanical Shoulder Robot Model (VBSRM) and an online ...

According to most predictions, this year was expected to be the breakout moment for robotics at CES, and in many ways, it was. While physical robots ...

While physical products made the biggest initial splash at this year’s CES, it’s the news about robotics platforms and tools ...

Google’s Veo video AI made stunning leaps in fidelity in 2025, and Google isn’t stopping in 2026. The company has announced ...

While ray-inspired robots are becoming faster and smarter, significant engineering challenges remain for achieving true ...

Despite rapid robotic automation advancements, most systems struggle to adapt their pre-trained movements to dynamic ...

What if I were to photograph Sophia—a humanoid robot developed by Hanson Robotics—and then, in a separate session, the ...

Stage-1 Generation: The code in this stage is mainly built on the PyTorch framework. Specifically, it requires PyTorch version 1.10.0 or later, along with the ...