WXRobotics Launches NOVA 2.0 Flexible Embodied AI Architecture

WXRobotics has officially unveiled NOVA 2.0, a 1-billion-parameter flexible embodied AI architecture designed for real-time robotic motion and scenario adaptation. Built around tactile-native multimodal processing, the system generates action trajectories in just 20 milliseconds and supports diverse physical configurations from flexible arms to humanoid forms. As robotics expands into complex real-world environments, physical adaptability and low-latency motor control are critical for safe commercial operations. NOVA 2.0 attempts to solve these deployment hurdles by enabling robots to execute precise physical tasks across unpredictable industrial settings. The architecture relies on subconscious multimodal action primitives to achieve fast generalization while minimizing training data needs. WXRobotics claims NOVA 2.0 has already been deployed across more than 40 industry scenarios—including power energy, construction, and smart driving—accumulating over 10 million task operations.