As manufacturing transitions from industrial automation to embodied intelligence, traditional production lines face growing challenges such as rigidity, spatial constraints, and low efficiency in non-standard operations. The SoraOS RCS Control System is designed to address these pain points, delivering flexible and intelligent production control solutions tailored for Japanese manufacturers.

Core Technical Features:

1. Comprehensive Device Integration: A unified control architecture capable of orchestrating multiple hardware types—including AMRs, robotic arms, forklifts, and conveyors. In the future, it will also centrally manage embodied intelligent devices such as robotic dogs and humanoid robots, realizing true “universal connectivity and intelligence.”

2. Low-Code Development Environment: With a graphical programming interface and rich algorithm modules, engineers can quickly build complex application scenarios without deep programming expertise, significantly lowering the technical barrier for automation upgrades.

3. Dynamic Optimization Scheduling: Built-in reinforcement learning algorithms dynamically adjust scheduling strategies based on real-time orders, equipment conditions, and facility layouts—continuously optimizing overall system efficiency.

4. Compliance with Japanese Industrial Standards: Fully compatible with Japan’s mainstream industrial communication protocols to ensure seamless integration with existing production equipment.

Perfectly suited for Japan’s “multi-variety, small-batch, short-lead-time” production model, SoraOS enables manufacturers to achieve higher flexibility and efficiency without large-scale hardware modifications.

System Architecture Innovation

SoraOS features a modular architecture in which each function module can be independently upgraded and expanded, ensuring long-term scalability and evolution.

Distributed Real-Time Computing: Maintains high control precision while supporting coordination of over 100 robots simultaneously.

Digital Twin Integration: Deeply integrated with virtual debugging systems, supporting offline programming and full-system simulation.

Safety and Reliability: Certified under Japanese industrial safety standards, equipped with multi-layer protection and self-recovery mechanisms.

Open API Ecosystem: Offers comprehensive developer tools and API documentation, enabling partners to build on and extend the system.