We offer industrial design services for the appearance of products related to legged robots (including quadruped robots and humanoid robots).
We offer the development and design of motion control algorithms for bipedal robots (including quadruped robots and humanoid robots), and can customize bipedal robot programs for dance movements, martial arts movements or other movements according to your needs. And it provides a cloud system and database to store the above-mentioned customized programs, allowing you to download or edit the above-mentioned customized programs online anytime and anywhere.

1. Custom Robot Motion Programming‌: AI-driven motion synthesis for dance, martial arts, and adaptive locomotion, trained on proprietary movement databases.
2. Cloud-Based Robot Program Repository‌: A secure, scalable SaaS platform hosted on virtualized cloud infrastructure, enabling real-time program upload, version control, collaborative editing, and cross-device access via web or API.
3‌. Algorithm Customization & Optimization‌: Tailored motion control algorithms developed using reinforcement learning and physics simulation, optimized for specific terrains, payloads, or energy efficiency targets.
4‌. Remote System Monitoring & Diagnostics‌: Real-time telemetry streaming from deployed robots, with remote debugging, performance analytics, and firmware update capabilities via secure tunneling.
5‌. Integrated Hardware-Software Co-Design Consultation‌: Collaborative design support for mechanical, electrical, and embedded systems, ensuring seamless integration between physical form and digital control logic.
6. Robotics Software Development Kit (SDK)‌: A downloadable toolkit with simulation environments, API documentation, and template programs to accelerate third-party development.
7. Data Analytics Dashboard‌: Visualize movement patterns, energy consumption, and success rates of custom programs across user communities, with exportable reports for research or commercial use.All services are delivered through a unified cloud platform built on virtualized computing systems, ensuring high availability, encrypted data storage, and GDPR-compliant user data management.
Finally, we will deliver ‌three industrial design concept proposals‌ (including material/structure specifications) and an ‌algorithm-driven motion simulation model‌ (e.g., physics engine demonstration for dance movements).
We will launch the above services starting in ‌2025‌, supported by an ‌experienced R&D team of over 100 specialists‌. Contact us anytime to discuss your project requirements!