AGIBOT Unveils the Q1 Mini Humanoid and Signals the Rise of In Home Robots

AGIBOT Unveils the Q1 Mini Humanoid and Signals the Rise of In Home Robots

The era of personal humanoids has quietly crossed a threshold. With the unveiling of the Q1, AGIBOT has introduced a robot that feels less like a lab-bound prototype and more like a personal device. At just 0.8 meters tall and small enough to fit inside a standard backpack, the Q1 redefines what a capable humanoid can look like.

The announcement comes from AGIBOT co-founder and renowned developer Zhihui Jun, known for turning ambitious robotics ideas into working systems. The Q1 is not a novelty or a scaled-down demo. It is a full-stack humanoid platform built to push experimentation, creativity, and everyday interaction into a form factor that feels approachable for individuals rather than institutions.

Read More
AGIBOT’s “Nezha” Robot Blurs the Line Between Walking and Rolling — And It Might Be the Future of Smart Mobility

AGIBOT’s “Nezha” Robot Blurs the Line Between Walking and Rolling — And It Might Be the Future of Smart Mobility

In the ever-evolving world of humanoid robotics, Shanghai-based AGIBOT (Zhiyuan) is making headlines with a breakthrough that could redefine how robots interact with real-world environments. Their latest innovation, “Nezha,” is a new-generation humanoid robot capable of seamlessly transitioning between walking on two legs and rolling on two wheels — all autonomously, based on situational awareness.

Read More
AGIBOT and Pi Join Forces to Unlock Multimodal Embodied Intelligence in HouseBots

AGIBOT and Pi Join Forces to Unlock Multimodal Embodied Intelligence in HouseBots

In a major move set to reshape the landscape of humanoid robotics, Chinese robotics firm AGIBOT has announced a strategic collaboration with Pi, a frontier artificial intelligence company, to pioneer the development of multimodal embodied intelligence. The partnership centers on leveraging VLA (Vision-Language-Action) architectures, enabling humanoid robots to autonomously complete complex, real-world life tasks with minimal human intervention.

Read More