Matrix Robotics, a Chinese technology company focused on general-purpose humanoid robots and Physical AI, used the 2026 World Artificial Intelligence Conference (WAIC) in Shanghai as a launchpad for its next phase of commercial and global expansion.
The company presented four units of its third-generation MATRIX-3 general-purpose humanoid robot across live demonstration zones, showcasing the core capabilities of its self-developed WAVE Physical World Foundation Model, full-stack technology system, and multi-scenario deployment achievements.
Beyond Static Displays: Four Live Scenarios
Moving beyond conventional booth demonstrations, Matrix Robotics created four live demonstration zones where hardware-identical MATRIX-3 robots — powered by a unified general-purpose Physical AI foundation — flexibly switched between diverse and complex tasks. The scenarios validated the core commercial promise of general-purpose Physical AI: low cost, high adaptability, and rapid transferability.
1. AI Barista: End-to-End Autonomous Coffee Service
The exhibition featured a live coffee service experience area where MATRIX-3 served as an AI barista. With multimodal perception and precise force-control capabilities, the robot autonomously operated coffee machine buttons, picked up cups, and collected prepared beverages — recreating a commercial reception service scenario and validating deployment feasibility in retail service and exhibition settings.
2. Empathetic Human-Robot Interaction
MATRIX-3 demonstrated flexible, human-like interaction capabilities including musical finger dances, rock-paper-scissors games with audiences, biomimetic handshakes, and all-day voice Q&A. With differentiated emotional response capabilities, the robot is positioned for science education exhibitions, public services, and cultural tourism interactions.
3. Fine Manipulation for Everyday Tasks
The robot showcased its ability to handle objects across different categories and forms, autonomously completing compound tasks such as grasping fruit and bottled water and delivering items. The generalized operation capability points to broad applicability across household assistance, retail sorting, warehouse support, and other use cases.
4. Humanoid Gait and Intelligent Interaction
The gait demonstration area showcased MATRIX-3's natural and stable walking movements. The robot autonomously identified visitors in the crowd, proactively paused, and delivered standardized brand and product introductions, demonstrating whole-body motion control performance and real-time human-robot interaction capabilities.
WAVE Foundation Model: Brain-Cerebellum Architecture
Matrix Robotics announced the latest technical upgrade to its WAVE Physical World Foundation Model. Purpose-built for physical robots operating in real-world environments, WAVE uses a proprietary "brain-cerebellum" collaborative architecture: the WAVE model serves as the "brain" for global scene understanding, logical reasoning, task planning, and generalized operations, while the general-purpose motion control model acts as the "cerebellum" generating natural and smooth full-body motion.
The company highlighted its fully in-house training infrastructure and end-to-end data toolchain, building a technical flywheel where more real-world deployment data leads to stronger models and broader scenario adaptability.
MATRIX Global Partner Program
In a significant step toward international expansion, Matrix Robotics officially launched the MATRIX Global Partner Program for regional market expansion. The program, alongside its existing RAAS ecosystem partner program, signals the company's ambition to move beyond its domestic market and establish a global presence in the fast-growing humanoid robotics sector.
Hardware Specs and Pricing
The MATRIX-3 stands 1.70 meters tall and weighs 65 kilograms, matching adult human proportions. It features a 27-DOF tendon-driven dexterous hand, 3D-knitted biomimetic safety skin, whole-body distributed tactile sensing with 0.1N fingertip precision, and 4 hours of continuous stable operation. Pricing starts at RMB 580,000 per unit, with the company working to reduce production costs as it scales.
