Drawing on 4 billion years of biological evolution, Wisson Robotics derives a first-principles insight: the natural coupling of a compliant body and intelligence is nature's inherent algorithm for navigating physical uncertainty. Guided by the philosophy of Somatic AI, Wisson pioneered a soft embodied AI architecture that leverages the innate physical perception and high adaptability of soft robotic bodies to biomimetically replicate a biological entity's  "subconscious brain" —without over-reliance on models or data.

Built on Somatic AI, Wisson's proprietary tactile-native multimodal hierarchical architecture enables real-time trajectory generation and scene adaptation through subconscious multimodal action primitives, unlocking three distinctive advantages: low data dependence, ultra-fast response, and high generalization. Centered on the biomimetic mechanism of "conscious task-chain planning + subconscious action-primitive generation," native tactile sensing and DAM (Dynamic Fusion Invocation) serve as the connective tissue, organically coupling NOVA 2.0's intelligence—including action primitives, subconscious loops, hierarchical hybrid modeling, morphological computation, and multimodality—with Pliabot®'s physical capabilities, including native compliant morphology, durable materials, ultra-high payload-to-weight ratio, pneumatic control, native tactile perception, and passive deformation. This deep coupling delivers a critical breakthrough in scenario migration and real-world deployment, fully meeting the demands of open-world, all-condition commercial delivery.