The future of industrial automation is being redefined by Swarm Intelligence in humanoid robotics. UBTECH has successfully deployed multiple Walker S1 humanoid robots at ZEEKR’s 5G Intelligent Factory, showcasing seamless collaboration across multi-task, multi-scenario industrial environments. This marks a transformative shift from single-agent autonomy to coordinated multi-robot collaboration, unlocking new frontiers in intelligent manufacturing.
At the core of this advancement is UBTECH’s BrainNet, a revolutionary software framework enabling Swarm Intelligence, alongside the Internet of Humanoids , a centralized hub that integrates cloud-based and on-device AI for dynamic multi-robot cooperation.
Swarm Intelligence: The Future of Humanoid Robotics
- Challenges in Industrial Automation
- High-dimensional decision-making in dynamic production environments.
- Efficient multi-robot collaboration for complex tasks.
- Adapting humanoid robots to multi-tasking and multi-scenario execution.
- UBTECH’s BrainNet & Internet of Humanoids
- Super Brain: Powered by a large reasoning multimodal model, enabling intelligent hybrid decision-making.
- Intelligent Sub-Brain: Uses the Transformer model for cross-field perception and multi-robot collaborative control.
- Cloud-Device Collaboration: Forms a distributed AI network for task optimization and skill generation.
- Breakthrough in AI-Powered Multi-Robot Training
- UBTECH has developed the world’s first large reasoning multimodal model for humanoid robots.
- Uses DeepSeek-R1 deep reasoning technology for large-scale data processing and human-like reasoning.
- Implements Retrieval-Augmented Generation (RAG) to enhance decision-making accuracy and scalability.
Industrial Applications: Practical Training 2.0
UBTECH’s humanoid robots have entered a new phase of practical training, showcasing Swarm Intelligence across multiple industrial scenarios.
1. Collaborative Sorting
- Cross-field vision-based perception enables real-time tracking of dynamic objects.
- AI-driven semantic VSLAM navigation optimizes task allocation.
- Robots operate with shared intelligence, forming a collective map for swarm-based task execution.
2. Collaborative Handling
- Joint planning and control system ensures real-time posture and force adjustments.
- Load identification and trajectory planning optimize efficiency in handling heavy industrial workpieces.
- Robots dynamically adapt to environmental conditions, enhancing operational stability.
3. Precision Assembly
- Dexterous robotic hands with tactile sensing enable precise object manipulation.
- Adaptive grasping force ensures safe handling of deformable materials.
- High-precision sensing supports real-time posture adjustments, improving assembly accuracy.
UBTECH’s innovations in Swarm Intelligence and humanoid robotics represent a significant step forward in AI-driven industrial automation. By integrating multi-robot collaboration, AI-powered decision-making, and cloud-device synchronization, UBTECH is pioneering the future of intelligent manufacturing. As humanoid robots evolve, their ability to autonomously coordinate tasks, learn from real-world environments, and scale across industries will drive unprecedented efficiency and innovation in smart factories.
