Solar Installation Robot Precise, Flexible Universal Models
Drive a Global Productivity Revolution

Empowering AI to autonomously perceive, decide, and operate in the physical world

From Spatial Perception to Embodied Fine-Manipulation: A Paradigm Shift

Spatial Computing Paradigm

Tensor Space Folding & Manifold Topology Alignment
  • Compute Leap:Leveraging spatial-channel isomorphism & TWNs to boost edge compute density by 16x, shattering embedded bottlenecks.
  • Deterministic Reconstruction:Using RGB 2nd-order gradient constraints to reconstruct noise into continuous surfaces with <1mm accuracy, achieving a qualitative leap from imaging to computing.

Decision & Control

Think2Move: Embodied AI Decision Hub
  • World Model:Constructing latent space neural simulators to enable reasoning on flexible deformation & physical causality.
  • Vision-to-Action (VxA):Direct non-linear mapping from vision to motor control, achieving ms-level adaptive closed-loops in unstructured environments.

Flexibility of SW/HW Decoupling

Computational Optics & Virtual Super-Resolution
  • Software Dimensionality Elevation:Practicing the “Math > Hardware” philosophy—extracting industrial-grade megapixels from standard CMOS.
  • Ultimate Cost Efficiency:Using non-linear optical compensation models to offset physical defects, slashing core hardware costs to 1/10th of competitors.
PV Installation Robot

Smart PV Construction

Addressing '3D' (Dull, Dirty, Dangerous) pain points. Our robots operate 24/7, significantly reducing labor costs and safety risks.

  • Install Robot: 0.5MW+ Daily Capacity
  • Multi-modal Inspection: Activate proactive safety measures
Multi-scenario Application

Multi-Scenario Generalization

Leveraging a universal embodied AI foundation to rapidly deploy in agriculture harvesting and hazardous special operations.

  • Smart Harvesting of Economic Crops: Solving labor aging
  • Special Ops: Mine clearance, EOD
  • Complex Handling: Unstructured roads

Committed to Embodied AI, Driving Productivity Development

Founded in 2023, the company focuses on the deep integration of artificial intelligence and robotics technology. It is dedicated to providing intelligent and flexible operational solutions for high-risk, labor-intensive, and complex outdoor scenarios worldwide through three core technologies: submillimeter-level 3D environmental perception, lightweight AI decision-making models, and end-to-end unmanned driving. The company aims to become a global leader in outdoor fine-operation world models. As of 2025, it has applied for more than 10 technology patents covering core areas such as robotic motion control, multimodal perception, and robotic unmanned driving, establishing significant technological barriers.

Our R&D team is led by senior industry experts in AI and robotics, and our products have passed international certifications such as ISO9001, CE, and MA/CNAS. Driven by the dual engines of 'high-precision perception + industry intelligence hub', we build a hand-eye-brain collaborative platform to drive the transition of high-risk scenarios to unmanned operations, empowering the upgrading of new energy and modern agriculture industries. In the future, we will continue to deepen technological innovation and industrial application, aiming to become a global benchmark in the field of intelligent robotics.

Company Team
Partners & Clients
10+ Core Patents
mm-level Spatial Computing Perception Accuracy
30K+ Citations